IKA
IKA Stirring Technology & Laboratory Equipment
IKA is one of the world’s leading manufacturers of laboratory and process technology. Its products, ranging from magnetic stirrers and shakers to rotary evaporators, impress with their precision, innovation and durability. Ideal for research, development and quality control in laboratories and industry.
IKA RW 20 digital Mechanical Stirrer, 20 Litre, 2 Speed Ranges, LED, 0003593000
Promotional item of the IKA Specials Q4/2026, valid until 31 December 2026. The struck-through price is IKA's recommended retail price. Our promotional price is net.The IKA RW 20 digital stirrer (MPN 0003593000) is the digital further development of the proven RW 20 series and combines a mechanically controlled drive with an LED digital display for the speed. Anyone who regularly has to move stirring volumes of up to 20 litres of water in the laboratory and wants to switch between powerful, low-speed and fast, high-speed stirring will find a robust working tool for daily use here.Mechanical gearbox with two speed rangesThe RW 20 digital has a gearbox with two speed ranges that is switched manually by lever. Range I covers 60 to 500 rpm and delivers a high torque of up to 150 Ncm at the stirring shaft, suitable for highly viscous media of up to 10,000 mPas, pastes or larger volumes. Range II extends from 240 to 2,000 rpm and is suitable for low-viscosity media and fast dispersing. At a mains frequency of 50 hertz, the ranges are 60 to 500 rpm (range I) and 240 to 2,000 rpm (range II), and at 60 hertz correspondingly 72 to 600 rpm and 288 to 2,400 rpm. The maximum torque at the stirring shaft is 150 Ncm at 100 rpm and falls to 24 Ncm at 1,000 rpm; for a short time, an overload of up to 300 Ncm is even permissible at 60 1/min.Precision through LED digital displayWhile power transmission is mechanical, the integrated LED digital display on the front of the unit ensures a speed that can be read at any time and is reproducible. Setting is continuous, the setting accuracy is ±1 rpm, and the deviation of the speed measurement is ±30 rpm. The nominal torque of the drive is 1.5 Nm at a power consumption of 70 watts and an output power of 35 watts. The unit is designed for continuous operation at 100 percent duty cycle.Pass-through hollow shaft for flexible height adjustmentA practical detail in everyday laboratory work is the pass-through stirring shaft (hollow shaft) with an internal diameter of 10.5 millimetres. It makes it possible to adjust the height of the stirring tool in the chuck (clamping range 0.5 to 10 millimetres) without having to realign the entire stirrer on the stand. The shaft is adjusted at standstill only. The boss rod for mounting on the stand has a diameter of 13 millimetres and a length of 160 millimetres.Typical applicationsWith its high torque in the lower speed range and a stirring volume of up to 20 litres, the RW 20 digital is technically suited for:Universal stirring tasks in the laboratory with changing batch sizesHomogenising and dispersing medium-viscosity to higher-viscosity media of up to 10,000 mPasTeaching and industrial laboratories with frequently changing usersRoutine operation in which it is necessary to switch between powerful and fast stirringSelection guide: stirring mechanically or electronicallyWithin the IKA stirrer range, the RW 20 digital described here, with its mechanically controlled drive, is contrasted by the compact NANOSTAR 7.5 digital with electronic BLDC control. For stirring volumes of up to 20 litres, high torque in the lower speed range and robust continuous operation, the RW 20 digital is the right choice. If, on the other hand, no more than 5 litres are moved and a particularly compact, electronically controlled design is required, for example in tight space conditions in a fume hood, the NANOSTAR 7.5 digital is the more space-saving alternative.Differences from larger models of the RW seriesIf a stirring volume of 20 litres is not sufficient for the planned batch, IKA continues the mechanical RW series in larger sizes: the RW 28 digital for stirring volumes of up to 80 litres and the RW 47 digital for stirring volumes of up to 200 litres. For the majority of laboratory applications with batches of up to 20 litres, the RW 20 digital described here remains the more compact and more economical choice.Technical detailsMax. stirring volume (H2O)20 lMax. viscosity10,000 mPasSpeed controlmechanicalSpeed range I / II60 to 500 rpm / 240 to 2,000 rpm (at 50 Hz)Speed range I / II (60 Hz)72 to 600 rpm / 288 to 2,400 rpmSpeed setting methodcontinuousSetting accuracy / speed deviation±1 rpm / ±30 rpmSpeed displayLEDMotor power, input / output70 W / 35 WNominal torque1.5 NmMax. torque at the stirring shaft150 Ncm (at 100 rpm), 300 Ncm overload at 60 1/minTorque at the stirring shaft at 1,000 rpm24 NcmMax. power at the stirring shaft26 WPermissible duty cycle100 %Stirring tool mountingChuck, clamping range 0.5 to 10 mmHollow shaft, internal diameter10.5 mm, pass-through at standstillStand mountingBoss rod, Ø 13 mm, length 160 mmProtection classIP 20 according to DIN EN 60529Dimensions (W x H x D)88 x 294 x 212 mmWeight3.1 kgConnection values220 to 240 V, 50/60 Hz, 72 W (other voltage variants 100 to 115 V available)Scope of delivery1 x RW 20 digital1 x chuck keyA stand and a cross clamp for mounting as well as a suitable stirring tool are required for operation but are not included in the scope of delivery.Use, installation, maintenance and disposalAccording to protection class IP 20, the RW 20 digital is protected against solid foreign objects from 12.5 millimetres, and contact with splashing water must be avoided. The switching lever for the two speed ranges should only be operated with the motor stopped, as should the height adjustment of the pass-through hollow shaft in the chuck. For a secure stand, a sufficiently heavy stand with a stable cross clamp is recommended, especially when using the high torque in the lower speed range. At the end of its service life, the unit as electrical equipment does not belong in household waste but in the separate collection of waste electrical equipment.Individual requirements & procurement serviceOperating the RW 20 digital requires a stand (for example an IKA base plate stand), a suitable cross clamp and a stirring tool matched to the application, for example propeller, turbine, anchor or dissolver stirrers. A stirring shaft guard or a quick-release chuck can also be added if required. Through our procurement service , we will gladly put together a suitable stirring set-up for you from our range of stirring and mixing technology .Frequently asked questionsIs a stand included in the scope of delivery?No, a stand, cross clamp and stirring tool are required for operation but are not included in the scope of delivery.What is the maximum stirring volume possible with the RW 20 digital?Up to 20 litres of water, at a maximum permissible viscosity of 10,000 mPas.How do you switch between the two speed ranges?Via a mechanical lever on the front of the unit, which should only be operated with the motor stopped.Can the stirring tool be adjusted in height without moving the stand?Yes, via the pass-through hollow shaft in the chuck, adjustable at standstill.Is there an electronically controlled model as an alternative?For more compact applications of up to 5 litres, the electronically controlled NANOSTAR 7.5 digital is suitable.What happens if the stirring shaft is overloaded?For a short time, an overload of up to 300 Ncm at the stirring shaft is permissible at 60 1/min; beyond that, the load should be reduced.
IKA mini G Mini Centrifuge, 6000 rpm, Timer 1 to 99 min, 0003958000
Promotional item from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is the manufacturer's recommended retail price from IKA. Our promotional price is net.Briefly spinning down a PCR plate before it goes into thermocycling, or freeing a reaction tube of air bubbles after pipetting: a large benchtop centrifuge with program selection is not worth it for such tasks lasting a few seconds. The IKA mini G is built for exactly this moment at the workstation. With a fixed speed of 6000 rpm and a relative centrifugal force of 2000 G, it covers the classic quick spin for microtubes and PCR strips, without a speed having to be set before every run. Automatic lid and timer for the short run The lid opens automatically at the push of a button, which makes it easier to load and remove the tubes quickly between two work steps. For runs of a defined duration, a digital timer from 1 to 99 minutes is available, and the set time counts down on a 7-segment LED display. A quick stop brakes the rotor rapidly if required instead of letting it coast to a halt. With a permissible duty cycle of 100 per cent, consecutive runs are possible without a cooling pause, and at 48 dB(A) the mini G stays so quiet that it can run right next to other work steps. Tool-free rotor change for two sample types Two rotors are included in the scope of delivery and can be swapped without tools. The first is designed for 8 tubes of 2 mL volume, and three supplied adapter sets for 0.5, 0.4 and 0.2 mL tubes also fit into this rotor and thus extend the range of tubes without buying a separate rotor. The second rotor is built for PCR strips and holds 4 strips of 8 positions each, i.e. 32 positions in one run. The permissible density of the samples is 1.2 kg per dm³, and the kinetic energy is limited to a maximum of 20 Nm. Typical applications As a quick-spin centrifuge for the workstation, the mini G covers applications that do not require extremely high speeds: Briefly spinning down PCR reactions and PCR reaction strips before thermocycling Microfiltration and cell separation in molecular biology sample preparation Collecting liquid at the bottom of the tube after pipetting or vortexing Routine quick spin of standard reaction tubes of 1.5 or 2 mL volume Technical details Capacity rotor 18 x 2 mL tubes Capacity rotor 2 (PCR)4 x 8 x 0.2 mL strips (32 positions) Permissible density1.2 kg/dm³ Max. RCF2000 G Max. kinetic energy20 Nm Speedfixed, 6000 rpm Speed deviation5 % Motor power input / output12 W / 8 W Timerdigital, 1 to 99 min adjustable Timer display7-segment LED Permissible duty cycle100 % Quick stopyes Lid openingautomatic at the push of a button Rotor changetool-free Protective coveryes Noise level48 dB(A) Permissible ambient temperature range5 to 40 °C Permissible relative humidity80 % DC voltage24 V= Current consumption500 mA Dimensions (W x H x D)155 x 105 x 175 mm Weight1.4 kg Connected load100 to 240 V, 50/60 Hz, device power consumption 12 W Protection classIP 30 (DIN EN 60529) Scope of delivery 1 x IKA mini G basic unit 1 x rotor for 8 x 1.5/2.0 mL tubes 1 x rotor for 4 x 8 x 0.2 mL PCR strips (32 positions) 1 x adapter set for 8 x 0.5 mL tubes (8 pieces) 1 x adapter set for 8 x 0.4 mL tubes (8 pieces) 1 x adapter set for 8 x 0.2 mL tubes (8 pieces) Use and care The mini G is designed for operation at 5 to 40 °C and a relative humidity of up to 80 per cent, and protection class IP 30 protects against larger foreign bodies but not against splash water. The connection is to 100 to 240 V at 50 to 60 Hz, and internally the device works with a DC voltage of 24 V at 500 mA current consumption, which covers different mains voltages without a separate voltage converter. The supplied protective cover stays over the rotor during centrifugation, and for care it is sufficient to wipe the rotor and housing regularly, especially after contact with samples. At the end of its service life, the mini G belongs in the separate collection of waste electrical equipment as a small electrical appliance and not in household waste. Individual requirements & procurement service Factory calibration certificates, qualification documents and IQ/OQ documentation are available for the mini G, for example for laboratories with documented equipment testing. As an accessory, IKA also offers an additional rotor for 4 HPLC vials. If you also mix before centrifuging, the IKA lab dancer for individual tubes or the IKA Vortex 2 for larger series is the suitable addition for the workstation. Do you need one of the certificates, an additional rotor or support in choosing for your specific application? Via our procurement service, we support you with procurement and configuration. The Centrifuges category offers an overview of further centrifuge models. Frequently asked questions Can the centrifugation time be set?Yes, via the digital timer from 1 to 99 minutes with 7-segment LED display. The speed itself is fixed at 6000 rpm and cannot be changed. How many PCR positions does the second rotor offer?The PCR rotor holds 4 strips of 8 positions each, i.e. 32 positions in one run. How is the rotor changed?Without tools: the lid opens automatically at the push of a button, after which the rotor can be swapped by hand for the second rotor. Which tubes is the first rotor designed for?For 8 tubes of 2 mL volume. Three supplied adapter sets additionally extend it to 0.5, 0.4 and 0.2 mL tubes.
IKA VACSTAR lite Starter Solution, diaphragm vacuum pump, including emission condenser, 2 mbar, 0010014496
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.The IKA VACSTAR lite Starter Solution (MPN 0010014496) is a pre-assembled entry-level vacuum package for everyday laboratory use: a compact, oil-free diaphragm vacuum pump combined with the VSE 1 emission condenser. For example, anyone working with a rotary evaporator or setting up a filtration system does not need to purchase and set up the condenser separately, but can put the set into operation straight away. The pump thus handles standard tasks such as filtration, drying in a vacuum drying oven or evacuating Schlenk tubes, without allowing solvent vapours to escape unfiltered into the ambient air. Compact two-cylinder pump with robust suction capacity At its core is a dry two-cylinder diaphragm pump with a maximum pumping capacity of 1.0 cubic metres per hour (16.67 litres per minute) and a final vacuum of 9 mbar without gas ballast. The speed can be continuously adjusted via a rotary knob; the speed range is between 285 and 1,100 revolutions per minute, with a rated speed of 1,100 rpm. This is sufficient for most routine laboratory tasks, but is clearly intended for applications that do not require extremely low ultimate vacuums, such as simple filtration or the drying off of solvents at moderate temperatures. VSE 1 emission condenser protects laboratory air and the environment The VSE 1 vacuum safety emission condenser included in the set captures solvent vapours before they are released into the room air via the pump. This not only protects staff health but also allows the condensed solvent to be recovered rather than wasted. Particularly when working with volatile organic solvents in fume cupboards or on rotary evaporators, this significantly reduces consumption and the volume of waste to be disposed of, without the need to procure and adapt a separate component. Chemical-resistant and low-maintenance in continuous operation As a dry-running pump, the VACSTAR lite operates entirely without operating oil, thus eliminating the need for oil changes, waste oil disposal and the risk of sample contamination from oil vapours. All parts in contact with the medium are made of Al₂O₃, PTFE, FFPM, PPS and NBR, whilst the housing is made of coated die-cast aluminium and thermoplastic. This combination of materials makes the pump highly resistant to aggressive chemicals and solvent vapours and significantly reduces maintenance requirements during continuous operation. Space-saving and easy to integrate Measuring 115 x 292 x 280 millimetres and weighing 8.5 kilograms, the VACSTAR lite fits even on small work surfaces or directly inside a fume cupboard. Connections are made via 8-millimetre hose connections on the suction and discharge sides; the housing is rated to IP 20. With a sound pressure level of 54 dB(A) at low pressure, the pump remains pleasantly quiet even during continuous operation next to the workstation. A USB interface and an analogue input are available for connection to external control systems, for example if a digital vacuum controller is to be retrofitted at a later date. Simple operation with no training required The ‘lite’ version deliberately omits a digital display and focuses purely on functionality: a rotary knob continuously adjusts the speed and thus the pumping capacity, whilst a non-return valve protects the system against backflow when the pump is switched off. This makes the pump particularly suitable for workstations where several people with varying levels of experience use the same unit, for example during practical sessions or in teams with frequently changing personnel. Wide range of applications in everyday laboratory work IKA positions the VACSTAR-lite series as a universal vacuum source for use with rotary evaporators, laboratory reactors, temperature-controlled chambers, centrifuges and other laboratory equipment. Manual operation via the rotary knob means the pump does not require additional control software and is therefore ready for immediate use as soon as it is connected to a device. For workstations where more precise, automated process control is required at a later stage, an external vacuum controller can be retrofitted via the analogue interface if necessary, without having to replace the pump itself. Typical applications As an entry-level solution for generating vacuum in the laboratory, the VACSTAR lite Starter Solution is particularly suitable for the following applications: Vacuum filtration in routine analysis, for example when filtering precipitates Support for rotary evaporators for moderate distillation tasks Drying of samples or glassware in a vacuum drying oven Evacuating Schlenk tubes and simple desiccators An introduction to vacuum technology for training and teaching, thanks to simple rotary knob operation requiring no lengthy familiarisation Technical details Pump type2-cylinder diaphragm vacuum pump, dry Max. pumping speed (50/60 Hz)1.0 m³/h (16.67 l/min) Ultimate vacuum without gas ballast9 mbar Stages / cylinders2 / 2 Inlet pressure10 to 1030 mbar Speed range285 to 1100 rpm (rated speed 1100 rpm) ControlContinuously variable speed control via rotary knob, two-point control Suction/discharge connectionHose nozzle Ø 8 mm Materials in contact with the productAl₂O₃, PTFE, FFPM, PPS, NBR Housing materialCoated die-cast aluminium / thermoplastic Dimensions (W x H x D)115 x 292 x 280 mm Weight8.5 kg Protection class according to DIN EN 60529IP 20 Sound pressure level at low pressure54 dB(A) Permissible ambient temperature5 to 40 °C Permissible relative humidity80 % (up to 31 °C), decreasing linearly to a maximum of 50 % (at 40 °C) InterfacesUSB, analogue input Voltage / Frequency100 to 240 V, 50/60 Hz Device power consumption120 W (5 W on standby) Scope of delivery 1 x IKA VACSTAR lite vacuum pump 1 x VSE 1 vacuum safety emission capacitor 1 x vacuum hose 1 x power supply unit Operating instructions Individual requirements and procurement service If you wish to control the VACSTAR lite automatically at a later date, you can retrofit it with a digital vacuum controller such as the VC 10 lite, for example to set programmed ramp profiles on the rotary evaporator. A Woulff bottle to protect the pump from liquid hammer, as well as other original accessories from the IKA vacuum range, are also available via our procurement service. Further information and contact details can be found on our procurement service page.
IKA RH basic ETS-D5 Solution Magnetic Stirrer Complete Package, aluminium base, 0020106987
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The price shown with a line through it is IKA’s recommended retail price. Our promotional price is net.The IKA RH basic ETS-D5 Solution Complete Package (MPN 0020106987) is a robust and thermally precise solution for the simultaneous stirring and temperature control to the nearest degree of liquid media in the laboratory. This turnkey package combines the RH basic heating magnetic stirrer with the ETS-D5 electronic contact thermometer and the appropriate mounting accessories. Whether for routine processes in chemical analysis, sample preparation in testing laboratories or reproducible mixing operations in industrial quality control, this complete set enables reliable, process-safe operation in continuous use. Heat-conductive aluminium base The structural foundation of the stirring drive is a circular base with a diameter of 135 millimetres, made from an aluminium alloy with enhanced surface strength to ensure a long service life. One litre of water achieves a heating rate of around 5.5 Kelvin per minute, whilst the surface’s self-heating caused by stirring at maximum speed is limited to around 6 Kelvin (based on a room temperature of 22 degrees Celsius over one hour). This further limits the thermal stress on temperature-sensitive samples, in addition to external control via the ETS-D5, and the surface can be cleaned quickly and without leaving any residue in everyday laboratory use. Media temperature control accurate to the degree via the ETS-D5 contact thermometer The highlight of this solution package is the direct thermodynamic control within the medium via the ETS-D5 electronic contact thermometer, which is included in the Scope of delivery. The accompanying PT1000 probe is positioned stably directly within the liquid core of the sample using the stand components and measures with a resolution of 0.1 Kelvin and an accuracy of ±0.2 Kelvin plus probe tolerance (Class A). Using optimised PID control, the RH basic continuously adjusts its heating power to the measured actual values, preventing the temperature from overshooting the target temperature. In addition to the safety functions of the ETS-D5 itself (sensor timeout, temperature drop detection and setpoint monitoring), the heating plate has its own adjustable temperature safety circuit ranging from 50 to 360 degrees Celsius in accordance with EN IEC 61010-2-010, which switches off the 600-watt heater in the event of a fault, independently of the contact thermometer. Compact housing for flexible laboratory use The RH basic’s brushless EC motor covers a speed range of 100 to 1,500 revolutions per minute. Two rotary/push buttons on the front panel allow independent setpoint adjustment as well as the separate start and stop of the heating and stirring functions. With dimensions of 168 x 217 x 100 millimetres and an IP 22-rated housing, the complete unit can be accommodated even in confined workspaces or within a fume cupboard. As the stirrer, contact thermometer and stand components are already designed to work together, there is no need to procure individual components separately or check their compatibility. Typical applications As a ready-to-use complete package with a contact thermometer, the RH basic ETS-D5 Solution is particularly suitable for applications with high demands on temperature accuracy: Temperature control accurate to the degree within the medium, ready for immediate use thanks to the supplied ETS-D5 contact thermometer Sample preparation and reagent solutions in chemical analysis Reproducible mixing processes in industrial quality control Temperature-sensitive syntheses and biological samples that must be protected from exceeding the target temperature Ready for use without the need to purchase separate accessories, thanks to the complete package including a stand rod and temperature probe Technical details Number of stirring points1 Max. stirring volume (based on water)15 litres Motor power / motor type7 W, brushless DC motor (EC) Speed range100 to 1500 rpm Control systemTwo rotary/push buttons (with scale) for setting the target value and starting/stopping heating and stirring heating power600 W Heating temperature rangeRoom temperature (plus self-heating) up to 310 °C Temperature safety circuit for heating plateAdjustable, 50 to 360 °C, in accordance with EN IEC 61010-2-010 Connection for external sensorETS-D5 (electronic contact thermometer) Control accuracy in the medium with ETS-D5±0.5 K (with 500 ml H₂O, 40 mm stirring rod, 600 rpm, 50 °C) Base diameter135 mm Base materialAluminium alloy Housing materialChemical-resistant coated laboratory housing Protection class according to DIN EN 60529IP 22 Dimensions (W x D x H)168 x 217 x 100 mm Net weight2.1 kg (base unit, excluding ETS-D5) Mains connection220 to 230 V, 50/60 Hz, power consumption 620 W Scope of delivery 1 x IKA RH basic magnetic stirrer with heating (aluminium heating plate, Ø 135 mm) 3 x IKAFLON magnetic stirring bars (20 mm, 30 mm and 40 mm) 1 x H 102 cover for RH basic 1 x H 102.1 safety handle 1 x screwdriver (for adjusting the safety circuit) 1 x IKA ETS-D5 electronic contact thermometer including PT1000 temperature probe 1 x stand rod including matching cross-sleeve for securing the probe 1 x mains lead 1 x Detailed operating instructions / safety guide Compatible accessories To expand the RH basic ETS-D5 Solution complete package beyond the scope of the items supplied, the following original accessories are also available: Precisely fitting silicone protective covers to protect the instrument surface from liquid splashes IKA Dry attachments made of anodised aluminium for oil-free heating of round-bottomed flasks directly on the aluminium hotplate PTFE-coated magnetic stirring rods in cylindrical, oval or triangular shapes Manufacturer’s warranty The IKA manufacturer’s warranty applies to the RH basic ETS-D5 Solution complete package: 2 years, extended to 3 years upon registration at ika.com/register within 90 days of purchase. Individual requirements and procurement service Our procurement service is available to assist with the application-specific configuration of your laboratory workstations, including additional original accessories, spare parts or bespoke calibration. We are also happy to assist with additional contact thermometers or stand components for further workstations. Further information and contact details can be found on our procurement service page.
IKA Rotary Evaporator RV 3 V-C, Set with Heating Bath and Coated Glassware, 0010003328
Promotional item from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA's non-binding recommended retail price. Our promotional price is net.Glass breakage under vacuum is rare, but when it happens, the coating of the condenser decides whether splinters remain controlled inside the condenser jacket or are released. The IKA RV 3 V-C rotary evaporator is therefore built on the same drive and heating bath combination as the RV 3 V base package, but replaces the uncoated glassware with coated vertical glassware RV 10.10. The RV 3 eco drive unit with manual lift and the HB eco S099 water heating bath up to 99 degrees Celsius remain identical, supplemented by an additional NS 29 clamp for the coated glassware. For training laboratories or workstations with higher safety requirements, this is an obvious extra cost compared with the uncoated base package. Selection guide: RV 3, RV 8 or RV 10, and which specification level?Within the RV 3 series, the RV 3 V and RV 3 V-C differ only in the glassware version: uncoated for the RV 3 V, coated for the RV 3 V-C. Both share the drive, heating bath, speed range and heating temperature range up to 99 degrees Celsius. Anyone who needs higher temperatures up to 180 degrees Celsius will only find this specification from the RV 8 series onwards. The following overview classifies the five common complete packages of the RV series. Model designationIKA RV 3 V | RV 3 V-C | RV 8 V | RV 10 digital V Starter Solution | RV 10 auto pro V-C Liftmanual | manual | manual (hand lift) | motor with safety stop | motor with safety stop Control leveleco | eco | heating bath with digital display | digital | auto, with integrated vacuum controller Condenser coatinguncoated | coated | uncoated | uncoated | coated Cooling surface1500 cm² for all five versions Speed range20 to 300 rpm | 20 to 300 rpm | 5 to 300 rpm | 5 to 280 rpm | 5 to 300 rpm Stroke150 mm | 150 mm | 120 mm | 140 mm | 140 mm Heating temperature rangeRoom temp. to 99 °C | Room temp. to 99 °C | Room temp. to 180 °C | Room temp. to 180 °C | Room temp. to 180 °C Vacuum pump in setno | no | no | yes, VACSTAR lite with VC 10 lite controller | yes, VACSTAR digital Recirculating chiller in setno | no | no | yes, RC 2 lite | no Differentiation within the RV familyAnyone who can do without the glass coating and would like to save a little will find, in the IKA RV 3 V rotary evaporator the same drive and heating bath combination with uncoated glassware. Anyone who needs higher heating bath temperatures up to 180 degrees Celsius and a wider speed range is better served by the IKA RV 8 V . For laboratories that also want an integrated vacuum pump in the set, the Pro version IKA RV 3 pro V-C Complete rotary evaporator is the next step up. Since the RV 3 V-C includes neither a vacuum pump nor a recirculating chiller, we recommend the IKA RC 2 lite recirculating chiller, which according to the manufacturer is expressly intended for cooling rotary evaporators. Anyone who is unsure whether the coating is really needed in their own laboratory can compare the two RV 3 versions directly using the identical technical data and base the decision solely on the glass question. Typical applicationsThe RV 3 V-C rotary evaporator is suitable for the same applications as the uncoated base package, with the additional safety aspect of the glass coating: Routine solvent evaporation and recovery where additional splinter protection is wanted when working under vacuum Concentrating aqueous samples and extracts as part of sample preparation Teaching and training laboratories in which coated glass is required or recommended for safety reasons Budget-oriented equipping of second or replacement workstations with higher safety requirements Chemistry, pharmaceuticals, bioindustry, research and development, production and quality assurance, and plant engineering as the fields of application named by the manufacturer Manual vacuum control and the role of the glass coatingAs with the uncoated RV 3 V, pressure control without an integrated vacuum controller lies with the separately procured vacuum pump or an upstream vacuum controller. Applying the vacuum slowly and step by step at the start of the process reduces the risk of bumping and mechanical stress on the glass. This is exactly where the coating of the RV 10.10 glassware comes in: it does not replace careful operation, but in the unlikely event of glass breakage under vacuum it reduces the risk of splinters flying around, because the coating holds them back inside the condenser jacket. For operations with safety briefings or training requirements, this is a factually understandable reason to accept the extra cost of the V-C version compared with the uncoated RV 3 V. Use, installation and maintenanceThe drive unit is designed for ambient temperatures of 5 to 40 degrees Celsius and a relative humidity of up to 80 per cent, protection class IP 20 according to DIN EN 60529. The manual lift requires somewhat more attention than a motorised lift when raising and lowering the glassware. The additional NS 29 clamp secures the coated RV 10.10 glassware and should be checked regularly for a firm fit, so that the coating can actually develop its protective effect in the event of glass breakage. The HB eco water heating bath should be checked regularly for water level and limescale deposits. The RV 10.8001 seal on the vapour duct is a wearing part and should be the first thing to check if vacuum tightness declines. The drive unit is operated at 100 to 240 volts at 50 or 60 hertz and draws up to 1400 watts, so a normal laboratory socket is sufficient for operation. Since the coating is a surface layer on the glass, gentle handling without abrasive aids is advisable when cleaning, so that it reliably keeps its protective function over the entire service life of the glassware and is not damaged prematurely by mechanical abrasion. Technical details Condenser typeupright (vertical, coated) Cooling surface1500 cm² Coatingyes Motor principleDC Speed range20 to 300 rpm Speed tolerance (<100 rpm / >100 rpm)±1 rpm / ±1 % Liftmanual Stroke150 mm Heating temperature rangeRoom temp. to 99 °C Permissible ambient temperature range5 to 40 °C Permissible relative humidity80 % Protection class according to DIN EN 60529IP 20 Voltage / frequency100 to 240 V / 50/60 Hz Device power consumption1400 W Scope of deliveryThe package includes the RV 3 eco drive unit, the HB eco water heating bath and the coated vertical glassware RV 10.10 (ident no. 0003755400) together with the additional NS 29 clamp (ident no. 0003683300). A vacuum pump and a recirculating chiller are not part of the scope of delivery. 1 x RV 3 eco drive unit 1 x HB eco S099 water heating bath, up to 99 °C, with digital temperature display and carrying handles 1 x RV 10.10 glassware, vertical, coated (ident no. 0003755400) 1 x RV 10.88 clamp NS 29 (ident no. 0003683300) 1 x RV 10.70 vapour duct tube (NS 29/32) 1 x RV 10.8001 seal Regulatory informationThe RV 3 V-C is an electrical device and is therefore subject to the WEEE Directive (ElektroG), registered under IKA number DE 66784213. At the end of its service life, the statutory take-back obligation applies, and disposal with household waste is excluded. Investment logic: what is in the set, what is still missing?The drive, heating bath and coated glassware are already covered by the RV 3 V-C, but for operation under vacuum a vacuum pump of its own is missing, and for a closed cooling circuit a recirculating chiller such as the IKA RC 2 lite. Anyone who can foresee needing higher heating bath temperatures or an integrated vacuum pump should rather go straight to the RV 8 V or to the Pro version RV 3 pro V-C Complete than retrofit, since the heating bath and drive cannot be replaced afterwards. The extra cost compared with the uncoated RV 3 V is limited to the glassware, and all other investment decisions for vacuum pump and chiller are identical for both versions. Anyone who already operates an uncoated RV 3 V in the laboratory and wants to procure a second device with higher safety requirements can share the vacuum pump and recirculating chiller unchanged between both devices, since nothing changes in the connection values. Frequently asked questions Why is the glassware coated? The coating of the RV 10.10 vertical glassware offers additional splinter protection should the glass break under vacuum. Is a vacuum pump included in the scope of delivery? No, the package contains the drive, heating bath and glassware. A vacuum pump has to be procured separately for operation under vacuum. How hot does the heating bath get? The HB eco water heating bath heats from room temperature up to 99 degrees Celsius. For higher temperatures, the RV 8 V with oil heating bath is more suitable. How does the device differ from the RV 3 V? Drive, heating bath and speed range are identical. The only difference is the coated instead of uncoated glassware together with the additional NS 29 clamp. Which recirculating chiller suits this device? The manufacturer expressly names the cooling of rotary evaporators as a field of application for the IKA RC 2 lite. How is the lift operated? The lift is manual, with a stroke of 150 mm, without a motor or programming. Is the extra cost compared with the uncoated model worthwhile? That depends on the safety requirements of the respective workstation. Technically, the drive, heating bath and speed range are identical in both versions. Is the additional NS 29 clamp only needed for this device? It belongs specifically to the coated RV 10.10 glassware and is therefore part of the scope of delivery of the RV 3 V-C, but not of the uncoated RV 3 V. Individual requirements & procurement serviceWe will gladly support you with suitable vacuum pumps, recirculating chillers, spare glassware or wearing parts such as the vapour duct seal through our procurement service.
IKA A 10 basic Analytical Mill, Coolable, up to 25,000 rpm, 0004020700
Promotional item from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is the manufacturer's recommended retail price from IKA. Our promotional price is net.Anyone who crushes small quantities of solid samples in the laboratory for subsequent analysis needs a mill that processes hard and soft materials equally well without altering the sample through heating. The IKA A 10 basic grinds batches of up to 50 ml using the cutting-impact principle and can be cooled directly in the grinding chamber via integrated water connections. For particularly tough, fatty or water-containing samples, dry ice is also used, which embrittles the sample before the grinding process. Cutting-impact principle for hard and soft samples The working principle of the A 10 basic combines cutting and impact in a grinding chamber made of stainless steel 1.4301, and the beater is made of stainless steel 1.4034. Materials with a hardness of up to 5 Mohs and a particle size of up to 6 mm can be fed in. The motor draws 300 watts and delivers 240 watts, and the speed reaches a maximum of 25,000 revolutions per minute at a peripheral speed of 73 metres per second. According to the manufacturer, the embrittlement in the grinding chamber also makes it possible to process tough, fatty and water-containing substances that are difficult to crush without pretreatment. Cooling directly in the grinding chamber The grinding chamber has integrated connections for active water cooling during the grinding process. In addition, the grinding material can be embrittled in the grinding chamber with dry ice. The permissible duty cycle is 5 minutes of operation followed by 10 minutes of pause, which limits the heating of the drive during longer or repeated grinding runs. According to the manufacturer's description, a digital timer, a counter and an interval operation control the grinding process. Selection guide: A 10 basic or A 11 basic Among the IKA analytical mills, the A 10 basic differs from the A 11 basic mainly in volume, cooling method and the material of the grinding chamber. The A 11 basic holds more sample at 80 ml and reaches a higher speed of 28,000 revolutions per minute, but works with a weaker motor of 160 watts input and 100 watts output. It is cooled with liquid nitrogen, water cooling is not documented for it, and its grinding cup is made of Tefcel with a stainless steel insert instead of a continuous stainless steel grinding chamber as in the A 10 basic. If you want to cool smaller batches with a water connection and control them digitally via timer and interval operation, you are better served by the A 10 basic, and for larger volumes and higher speeds the A 11 basic is worth a look. Typical applications As a batch mill with a cutting-impact principle, the A 10 basic covers different sample types: Crushing hard, brittle materials with a feed material hardness of up to 5 Mohs and a particle size of up to 6 mm Processing soft and fibrous samples through the combined cutting-impact principle Embrittlement of tough, fatty or water-containing samples with dry ice directly in the grinding chamber Sample preparation for subsequent analysis in batches of up to 50 ml usable volume Technical details Process typeBatch Working principleCutting/impact Motor power input / output300 W / 240 W Max. speed25,000 rpm Speed deviation± 500 rpm Max. peripheral speed73 m/s Max. usable volume50 ml Max. feed material hardness5 Mohs Max. feed particle size6 mm Material beater/bladeStainless steel 1.4034 Material grinding chamberStainless steel 1.4301 Duty cycle ON / OFF5 min / 10 min CoolingWater connection and dry ice suitable Dimensions (W x H x D)130 x 250 x 145 mm Weight3.13 kg Connected load220 to 240 V, 50/60 Hz, device power consumption 300 W Protection classIP 41 (DIN EN 60529) Scope of delivery 1 x IKA A 10 basic analytical mill 1 x A 10.1 stainless steel beater 1 x A 10.4 grinding chamber reducer 2 x clips for cooling water hose 2 x felt rings 1 x tool set Use and care The connection is to 220 to 240 V at 50 to 60 Hz and a power consumption of 300 watts. Protection class IP 41 protects the drive against contact and coarse foreign bodies, which means there is no splash protection, and the water cooling remains limited to the intended connections of the grinding chamber. The grinding chamber and beater made of stainless steel 1.4301 and 1.4034 can be cleaned with little residue after each grinding process, and thorough drying before the next sample change is recommended so that no residual moisture gets into the next grinding material. At the end of its service life, the A 10 basic belongs in the separate collection of waste electrical equipment as an electrical device and not in household waste. Individual requirements & procurement service For the A 10 basic, in addition to the supplied stainless steel beater A 10.1, a carbide beater A 10.3 for particularly hard materials and a star blade A 10.2 for fibrous samples are available as replaceable tools, as well as replacement hoses and hose insulation for the water cooling. Via our procurement service we advise you on the suitable tool combination for your sample type. The Mills category offers an overview of further laboratory mills. Frequently asked questions Can the A 10 basic be cooled during grinding?Yes, the grinding chamber has integrated connections for active water cooling. In addition, the grinding material can be embrittled in the grinding chamber with dry ice. How does the A 10 basic differ from the A 11 basic?The A 11 basic holds more volume with 80 instead of 50 ml and reaches a higher speed with 28,000 instead of 25,000 rpm, but cools with liquid nitrogen instead of a water connection and uses a grinding cup made of Tefcel instead of a fixed stainless steel grinding chamber. What maximum particle size and hardness can be fed in?The feed particle size is a maximum of 6 mm, the feed material hardness a maximum of 5 Mohs. How long can the mill run continuously?The permissible duty cycle is 5 minutes of operation, followed by 10 minutes of pause.
IKA RH lite magnetic stirrer with heating, aluminium base plate, 0020007108
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.The IKA RH lite magnetic stirrer with heating is a cost-effective and efficient solution for the precise mixing, temperature control and homogenisation of liquids in biological, chemical and university laboratory environments. As a robust entry-level and routine instrument from IKA Laboratory Technology, this compact unit is designed for stirring tasks involving volumes of up to 15 litres of water. For everyday standard applications, reagent preparation or simple heating processes, the unit offers constant speed stability and reliable heat transfer for reproducible results. Efficient mixing and gentle heating power The stirrer is based on an energy-efficient, brushless EC motor with a speed range of 100 to 1,500 revolutions per minute. With a heating power of 600 watts, the instrument heats sample media quickly and directly up to a hotplate temperature of 310 degrees Celsius (room temperature plus the instrument’s own heat generation). One litre of water achieves a heating rate of around 5.5 Kelvin per minute. The magnetic coupling keeps the stirring bar reliably on track even as the viscosity of the medium begins to change, whilst a gentle start-up mode also prevents the stirring bar from becoming disengaged during the critical start-up phase. Robust aluminium heating plate for everyday laboratory use At the heart of the IKA RH lite is its round heating plate, 135 millimetres in diameter, made from an aluminium alloy with enhanced surface strength for a long service life. The self-heating of the base surface is limited to around 6 Kelvin when stirring at maximum speed (based on a room temperature of 22 degrees Celsius over one hour), which facilitates the mixing of temperature-sensitive samples. The housing is made from a durable plastic composite that protects the electronics from spills and allows for easy, residue-free cleaning of the unit’s surfaces. Safety-oriented operation for everyday laboratory use The RH lite features an adjustable temperature safety circuit in accordance with the laboratory equipment standard EN IEC 61010-2-010 for heated instruments, which can be set within a range of 50 to 360 degrees Celsius. Two rotary/push buttons on the front panel allow independent setting of the target temperature, as well as separate start and stop functions for heating and stirring, even when wearing laboratory gloves. Thanks to its compact footprint, measuring 168 x 100 x 217 millimetres (width x height x depth), the magnetic stirrer can be integrated into any laboratory workstation or fume cupboard in a space-saving manner, even when several stirring stations are required simultaneously. Weighing just 2.1 kilograms, the unit can also be easily moved between different workstations. Typical applications As a cost-effective entry-level instrument, the RH lite is suitable for routine tasks in teaching laboratories, practical sessions and analytical work where reliable stirring and heating are required without complex additional functions: Preparing and heating buffers, reagents and nutrient solutions in routine laboratory operations Homogenising and mixing solutions with stirring volumes of up to 15 litres of water Heating aqueous solutions up to a hotplate temperature of 310 degrees Celsius Use in training and practical sessions where a robust and cost-effective instrument is required Processes requiring a long service life, thanks to a robust aluminium heating plate with enhanced surface strength Technical details Number of stirring points1 Max. stirring capacity per stirring point (H₂O)15 litres Motor power / motor type7 W, brushless DC motor (EC) Speed range100 to 1500 rpm Control systemTwo rotary/push buttons (with scale) for setpoint and for starting/stopping heating and stirring Max. stirring rod length20 to 80 mm heating power600 W Heating temperature rangeRoom temperature (plus self-heating) up to 310 °C Heating rate (1 l H₂O)5.5 K/min Temperature safety circuitAdjustable, 50 to 360 °C, in accordance with EN IEC 61010-2-010 Heating plate materialAluminium alloy Heating plate dimensionsØ 135 mm Housing materialChemical-resistant plastic composite Overall dimensions (W x H x D)168 x 100 x 217 mm Net weight2.1 kg Protection class according to DIN EN 60529IP 22 Power supply220 to 230 V, 50/60 Hz, power consumption 620 W Scope of delivery 1 x IKA RH lite magnetic stirrer base unit (MPN 0020007108) 1 x mains lead 1 x operating instructions Important note: Magnetic stirring bars, support rods and laboratory glassware are not included as part of the standard scope of delivery and must be ordered separately according to your specific application. Compatible accessories Original accessories are available to adapt the RH lite to different laboratory processes: IKA magnetic stirring bars, PTFE-coated, in lengths from 20 to 80 millimetres and various shapes (cylindrical or with a central ring) Support rods and cross-sockets for the secure assembly of apparatus directly above the hotplate Manufacturer’s warranty The IKA RH lite is covered by IKA’s manufacturer’s warranty: 2 years, extended to 3 years upon registration at ika.com/register within 90 days of purchase. Individual requirements and procurement service Our procurement service is available to help you expand your RH lite with additional original accessories, spare parts or a bespoke laboratory configuration. We are also happy to assist you in putting together suitable stirrer rod assortments or stand components for multiple workstations. Further information and contact details can be found on our procurement service page.
IKA A 11 basic Analytical Mill, Impact and Cutting Grinding, Coolable, 0002900000
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.Brittle sample material can be crushed using a beater, whilst soft and fibrous materials are best cut rather than beaten. The IKA A 11 basic covers both methods using the same drive mechanism. The scope of delivery includes the A 11.1 stainless steel beater for impact grinding; a cutting blade for fibrous materials is available separately as an accessory. With a maximum speed of 28,000 revolutions per minute and a circumferential speed of up to 53 metres per second, the batch mill generates sufficient energy to grind material up to a Mohs hardness of 6, with a maximum working volume of 80 ml per grinding cycle. Impact grinding with the stainless steel beater For hard, brittle or pre-embrittled feed materials, the A 11.1 stainless steel beater included in the Scope of delivery is the standard equipment, thereby already covering the vast majority of classic analytical mill applications. At up to 28,000 rpm and a circumferential speed of 53 m/s, it pulverises the material within a short number of grinding cycles. The maximum feed particle size is 10 mm; larger pieces should be coarsely pre-crushed before grinding, as the mill is designed for fine grinding and does not replace a coarse crusher. The optionally available A 11.6 double beater for the A 11.4 grinding bowl further increases throughput capacity where required. Cutting and grinding for soft, fibrous materials For soft or fibrous samples, where a beater tends to crush rather than grind, IKA offers the A 11.2 cutting blade as a separate accessory. It is deliberately not included in the standard scope of supply, as the choice between a beater and a blade depends on the specific sample and cannot be determined in advance on a general basis. Moist or sticky feed materials can be ground more effectively by adding water to the grinding chamber; this prevents the material from sticking to the beater or the chamber wall during the grinding process. Cooled grinding with dry ice or liquid nitrogen Some materials only become brittle enough to be efficiently impact-ground at low temperatures, such as fatty or elastic samples, which tend to deform rather than be ground at room temperature. The grinding chamber of the A 11 basic can be cooled directly using either dry ice or liquid nitrogen; this causes the material to become brittle within the grinding chamber itself, without the need for a separate pre-cooling step. In combination with the short permitted duty cycle of 1 minute of operation followed by a 10-minute pause, this allows even thermally sensitive material to be ground in a controlled manner, without it overheating due to the grinding energy and thereby losing its original structure, a factor that can be particularly relevant for subsequent chemical or physical analyses of the ground material. Typical applications With impact grinding, cutting grinding and cooling capability all in one unit, the A 11 basic covers a wide range of sample preparation tasks, from routine comminution to demanding, temperature-sensitive sample material: Impact grinding of hard, brittle or embrittled samples using stainless steel beaters, up to Mohs hardness 6 Cutting grinding of soft, fibrous materials using a cutting blade (available separately) Crushing of moist or sticky feed materials through controlled water addition Embrittlement and grinding of temperature-sensitive samples using dry ice or liquid nitrogen Sample preparation for subsequent analysis in the laboratory and for quality assurance Selection guide: which grinding tool is suitable Within the A-11 range of accessories, it is primarily the material properties of the sample that determine the suitable tool, not a different machine. The following overview shows which tool is intended for which grinding principle and what is already included in the Scope of delivery for the mill. ToolPrincipleSuitable forIncluded in the scope of delivery A 11.1 Replacement beater, stainless steelImpact grindinghard, brittle samples up to 6 on the Mohs scaleYes A 11.2 Cutting blade, stainless steelCutting grindingsoft, fibrous materialsNo, sold separately A 11.3 Beater, carbideImpact grindingHigh-wear continuous operationNo, separately A 11.6 Double hammers, stainless steelImpact grindingHigher throughput in the A 11.4 grinding bowlNo, sold separately Technical details Process typeBatch Operating principleCutting and impact grinding Motor power consumption160 W Motor power output100 W Max. speed28,000 rpm Max. peripheral speed53 m/s Max. working volume80 ml Feed material hardness, max.6 on the Mohs scale Max. feed particle size10 mm Material of impactor/bladeStainless steel 1.4034 Grinding chamber materialStainless steel 1.4571 Can be cooled with dry iceYes Can be cooled with liquid nitrogenYes Permissible duty cycle1 min ON, 10 min OFF Dimensions (W x H x D)85 x 240 x 85 mm Weight1.5 kg Connected load220 to 230 V, 50/60 Hz, power consumption 160 W (other voltage variants 100 to 115 V available) Protection classIP 43 (DIN EN 60529) Scope of delivery 1 x IKA A 11 basic analytical mill 1 x A 11.1 replacement beater, stainless steel 1 x Tefcel (ETFE, glass-fibre-reinforced) grinding beaker with stainless steel insert, usable volume 80 ml The A 11.2 cutting blade is not included in the Scope of delivery and must be purchased separately for cutting and grinding. Differences from the neighbouring series For those who wish to work continuously with cooling rather than manually adding dry ice or liquid nitrogen, the IKA A 10 basic (cooled) is a similar mill from the same range. We can provide the technical specifications for the A 10 basic on request; it is worth consulting the relevant data sheet before deciding between the two models. An overview of all mills in the range can be found in the ‘Mills’ category. Application, installation and maintenance Measuring 85 x 240 x 85 mm and weighing 1.5 kg, the A 11 basic can be placed on the laboratory bench like a handheld device and moved as required. The permitted duty cycle of 1 minute of operation followed by a 10-minute break should be observed to prevent the motor from overheating, particularly when carrying out several grinding operations in succession with different samples. The grinding chamber and grinding beaker can be removed and cleaned after grinding; protection class IP 43 provides additional protection against dust that may be released when the chamber is opened; however, this does not constitute complete dust protection for continuous use in heavily dusty environments. At the end of its service life, as an electrical appliance, the device must be disposed of via the separate collection scheme for waste electrical and electronic equipment, not in household waste. Individual requirements and procurement service In addition to the A 11.2 cutting blade, we stock further grinding tools for the A 11 basic, such as the A 11.3 carbide beater and the A 11.6 double beater, as well as replacement grinding jars, feed hoppers, factory calibration certificates and IQ/OQ documents. Do you require a specific grinding tool for your sample type, an additional grinding beaker as a spare part, or assistance in choosing between impact and cutting grinding? Through our procurement service, we support you with procurement and configuration. Frequently Asked Questions Is the cutting blade included in the Scope of delivery?No, the Scope of delivery includes the A 11.1 stainless steel beater for impact grinding. The A 11.2 cutting blade is a separate accessory. How fine or coarse can the grinding be?This depends on the tool, the batch and the sample; the usable volume per grinding cycle is a maximum of 80 ml. At 28,000 rpm and a peripheral speed of 53 m/s, sufficient grinding energy is available to ensure short cycle times. Can the material to be ground be pre-cooled?Yes, the grinding chamber can be cooled directly using either dry ice or liquid nitrogen. What is the maximum hardness of the feed material?Up to 6 on the Mohs scale for impact milling; the maximum feed particle size is 10 mm. How long can the machine run continuously?The permissible duty cycle is 1 minute of operation followed by a 10-minute pause. What material is the grinding chamber made of?It is made of 1.4571 stainless steel; the beaters and cutting blades are made of 1.4034 stainless steel. Which grinding beaker is included in the Scope of delivery?A grinding beaker made of Tefcel (ETFE, glass-fibre reinforced) with a stainless steel insert and a usable volume of 80 ml.
IKA PEN 0.5–10 µl single-channel electronic pipette, air-cushion operated, 0020025101
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.The IKA PEN electronic single-channel pipette (MPN 0020025101) is designed for the microlitre range from 0.5 to 10 µl and thus covers typical microvolumes used in molecular biology, such as in PCR reactions or when adding enzymes and primers to a reaction mixture. As an air-cushioned piston-action pipette with an electronic microdrive, it operates with a fine increment of 0.01 µl and is certified to ISO 8655. The slim, pen-shaped body weighs just 76 grams without the pipette tip, making it noticeably lighter to hold than traditional, pistol-shaped piston-action pipettes, an advantage during frequently repeated pipetting steps in everyday laboratory work. This makes the model particularly suitable for workstations where very small volumes need to be reliably reproduced on a regular basis. Slim pen-style design for fatigue-free pipetting Instead of the traditional pistol shape, the IKA PEN features a slim, pen-like body. As a result, the grip feels different and, for many users, more natural in the hand, which reduces strain on the forearm and wrist during long, repetitive pipetting sequences. Anyone who pipettes many samples in series every day, for example, when preparing multiple PCR reactions or creating dilution series in the microlitre range, benefits from reduced effort per pipetting step. The low weight of 76 grams (excluding the pipette tip) further enhances this effect, as less muscle strength is required to hold and guide the pipette throughout the working day. In laboratories where several users share a single instrument, such as in shift work, this ergonomic design is particularly beneficial, as it accommodates different hand sizes and gripping habits equally well. DLC-coated stainless steel piston for reproducible results Volume dispensing is handled by a piston made of high-purity stainless steel, which is sealed with a diamond-like carbon (DLC) coating. This coating reduces friction in the narrow microlitre range and ensures a chemically inert, low-wear surface, which enhances the reproducibility of pipetted volumes over many cycles. At a nominal volume of 10 µl, the pipette achieves an accuracy of ±0.1 µl (±1.0 per cent) and a precision of ±0.04 µl (±0.4 per cent). Even at the lower end of the measuring range, at 10 per cent of the nominal volume (1 µl), accuracy and precision remain within a range suitable for practical use with ultra-low volumes, at ±0.025 µl (±2.5 per cent) and ±0.018 µl (±1.8 per cent). This reproducibility is particularly important for downstream analyses such as quantitative PCR, as even small deviations in the volume used can skew the results. Some of the pipette components are autoclavable, which facilitates cleaning as part of contamination control. App control and battery life for everyday use The pipette can be paired with a smartphone or tablet via the IKA PEN app. The app enhances the user interface with a larger display and simplified controls, making it easier to document pipetting protocols and carry out self-calibration than using the pipette’s small display alone. The removable, rechargeable lithium-ion battery, with a capacity of 350 mAh at 3.7 V, enables up to 8 hours of continuous operation and is fully recharged in around 3 hours, ensuring the pipette remains operational throughout a full day in the laboratory, without the need to keep a spare battery on hand. Traceability and quality assurance in everyday laboratory work Every IKA PEN pipette is supplied with a factory calibration certificate in accordance with ISO 8655, which documents the traceability of the factory test and can be integrated directly into existing quality management processes. For laboratories operating in accordance with GLP or comparable standards, this documentation provided ex works serves as a practical starting point for their own test equipment control. In addition, self-calibration can be carried out via the IKA PEN app, ensuring that calibration intervals can be documented in a traceable manner even between major calibration appointments. Typical applications With its volume range of 0.5 to 10 µl, the IKA PEN is particularly well-suited to work steps where minute quantities of liquid need to be dispensed with precision: PCR reactions and master mix pipetting in molecular biologyAddition of primers, enzymes and dNTPs in genetic analysisSmall-volume sample preparation in pharmaceutical analysisDiagnostic routines involving frequently recurring micropipetting stepsPractical sessions and teaching in molecular biology laboratoriesBatch pipetting in quality control with high sample throughput Technical details Design / PrinciplePiston-driven pipette with air cushion system OperationElectronically controlled micro-actuator Volume typeVariably adjustable Number of channels1 (single-channel system) Nominal volume10 µl Volume range0.5 to 10 µl Increment (step size)0.01 µl Accuracy at nominal volume (10 µl)±0.1 µl (±1.0 %) Precision at nominal volume (10 µl)±0.04 µl (±0.4 %) Accuracy at 50 per cent of nominal volume (5 µl)±0.075 µl (±1.5 %) Precision at 50 per cent of nominal volume (5 µl)±0.04 µl (±0.8 %) Accuracy at 10 per cent of nominal volume (1 µl)±0.025 µl (±2.5 %) Precision at 10 per cent of nominal volume (1 µl)±0.018 µl (±1.8 %) ComplianceCertified to ISO 8655 Piston materialHigh-purity stainless steel, DLC-coated (diamond-like carbon) AutoclavabilityPartially autoclavable (shaft components) Battery typeRechargeable lithium-ion battery, type 10440 Battery capacity350 mAh, 3.7 V Battery lifeUp to 8 hours Charging timeApprox. 3 hours Dimensions (W x D x H)15.5 x 28.2 x 204.3 mm Net weight0.076 kg (excluding pipette tip) Permissible ambient temperature5 to 40 °C Permissible relative humidityUp to 80 % Scope of delivery 1 x IKA PEN electronic single-channel pipette 0.5 to 10 µl (MPN 0020025101)1 x Integrated, rechargeable lithium-ion battery1 x factory calibration certificate in accordance with ISO 86551 x User manual / Quick start guide Individual requirements and procurement service We stock a range of suitable original accessories to help you set up a complete pipetting workstation based on the IKA PEN: IKA PEN.Stand (MPN 0020133075): Table stand for safe, space-saving storage of the pipetteIKA PEN.WiCo (MPN 0020118751): Wireless external trigger button, relieves strain on the thumb during frequent pipettingHigh-purity, certified pipette tips in the appropriate microlitre volume, free from DNase, RNase and pyrogens In addition, we provide support with spare parts, custom calibration and the configuration of a complete pipetting workstation via our procurement service.
IKA RCT basic anodised magnetic stirrer with heating, anodised aluminium base, 0020133785
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.The IKA RCT basic anodised magnetic stirrer with heating (MPN 0020133785) expands the RCT series to include a variant with an anodised aluminium base. With a heating power of 800 watts, a maximum stirring capacity of up to 20 litres of water and a sealed housing with IP 54 protection, the unit is suitable for laboratory applications requiring rapid, direct heat transfer without thick barrier layers, such as demanding chemical reactions, syntheses and thermal processes in industrial and academic laboratory settings. Maximum thermal conductivity thanks to the anodised base The key design feature of this model is the circular base with a diameter of 135 millimetres, made from anodised aluminium. Unlike traditional ceramic coatings, the anodised metal surface offers high, direct thermal conductivity. This reduces heating times in day-to-day laboratory work, as energy is transferred to the vessel with minimal loss. The anodised layer protects the underlying aluminium from mechanical abrasion, scratches and a wide range of solvents. This ensures a long service life and consistent performance in day-to-day routine use. Precise kinetics and temperature control The control electronics of the RCT basic anodised allow for stepless adjustment of the stirring speed from 50 to 1,500 revolutions per minute, set via a rotary-push control with a setting accuracy of 10 revolutions per minute. The LED display shows setpoint and actual values for speed and temperature at all times. For temperature-sensitive media, a connection socket is provided for external PT1000 series temperature sensors as well as for the ETS-D5 and ETS-D7 contact thermometers. With the PT1000 or ETS-D5, the temperature of the medium can be controlled with an accuracy of ±0.5 Kelvin; with the ETS-D7 or the wireless PT wireless probe, this improves to ±0.2 Kelvin. The ETS-D7 or PT wireless can also be used to measure the pH value of the medium as an optional feature. Robust housing and safety concept The system architecture is housed in a robust, sealed die-cast aluminium casing with IP 54 protection. This sealing reliably protects the motor and control boards from splashing water and aggressive vapours during continuous operation. An independently adjustable safety circuit (50 to 360 degrees Celsius) monitors the maximum temperature of the heating plate and switches off the heating in the event of an unexpected overheating. In addition, a visual residual heat indicator warns staff of the risk of burns until the surface has cooled down again. For the first time, the RCT basic anodised features an integrated menu function with a timer: the freely programmable timer can be set to start either immediately or only once the target temperature has been reached, and emits an audible signal when the cycle drains; it is possible to specify separately whether the heating and/or stirring should switch off afterwards. With dimensions of 160 x 100 x 200 millimetres (W x H x D) and a net weight of 2.3 kilograms, the unit remains compact enough to operate several units side by side in a fume cupboard. Typical applications The anodised base and the connection options for external temperature sensors make the RCT basic anodised a versatile stirrer for various laboratory applications in research and industrial quality control: Chemical syntheses and reactions with rapid, direct heat transfer via the anodised aluminium plate Homogenisation and heating of larger volumes of up to 20 litres of water Precise temperature control within the medium using a PT1000, ETS-D5, ETS-D7 or the PT wireless probe Routine processes in quality control and research where short heating times of up to 9 Kelvin per minute are required Continuous use in the laboratory thanks to IP 54 protection against splashing water and vapours Technical details Number of stirring points1 Max. stirring capacity (based on water)20 litres Maximum load25 kg Motor typeBrushless DC motor (EC), 9 W output power Speed range50 to 1500 rpm Speed controlContinuously variable via rotary push-button control Setting accuracy for speed10 rpm Stirrer rod length20 to 80 mm heating power800 W Heating plate temperatureRoom temperature to 310 °C Temperature setting resolution1 K (heating plate), 0.1 K (actual value display) Safety temperature range (adjustable)50 to 360 °C Heating rate (1 l H₂O, heating stage H1500)9 K/min Control accuracy with PT1000±0.5 K Control accuracy with ETS-D5±0.5 K Control accuracy with ETS-D7 or PT wireless±0.2 K Control accuracy at the centre of the heating plate without a vessel (at 100 °C)±5 K Self-heating of the hotplate (ambient temperature 22 °C, 1 hour of stirring)max. +12 K Material of the base plateAnodised aluminium (aluminium oxide coating) Dimensions of the base plateØ 135 mm Overall dimensions (W x H x D)160 x 100 x 200 mm Net weight2.3 kg Protection class according to DIN EN 60529IP 54 DisplayLED display for setpoint and actual values Connection for external temperature sensorPT1000 series, ETS-D5, ETS-D7, PT wireless Timer1 second to 5,999 minutes Digital interfacesRS232 and USB-C WPAN interfaceoptional via USB-WD dongle pH measurementOptional with ETS-D7 or PT wireless Power consumption820 W, standby 0.45 W Mains connection220 to 230 V, 50/60 Hz Scope of delivery 1 x IKA RCT basic anodised magnetic stirrer with heating (MPN 0020133785) 1 x mains lead 1 x Detailed operating instructions / safety guide Compatible accessories The following original accessories are available to expand the functionality of the RCT basic anodised: IKA PT1000.60 stainless steel temperature probe for direct control within the medium, combined with the H 16 V support rod and the H 44 cross sleeve for securing to the stirrer Precisely fitting silicone protective cover (H 104) to protect the control panel from splashes IKA Dry attachments (DryZone) made of anodised aluminium for oil-free heating of round-bottomed flasks PTFE-coated magnetic stirring bars in cylindrical, oval or triangular shapes Individual requirements and procurement service The IKA manufacturer’s warranty applies to the RCT basic anodised: 2 years, extended to 10 years upon registration at ika.com/register within 90 days of purchase. Our procurement service is available to help you equip your laboratory workstations with additional original accessories, spare parts or bespoke calibration to suit your specific applications. We are also happy to assist you in putting together suitable temperature probe and mounting sets for multiple workstations. Further information and contact details can be found on our procurement service page.
IKA RET basic anodised magnetic stirrer with heating, anodised aluminium base, Wi-Fi/LAN, 0020133787
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The price shown with a line through it is IKA’s recommended retail price. Our promotional price is net.The IKA RET basic anodised magnetic stirrer with heating (MPN 0020133787) combines a heating power of 800 watts with a compact housing measuring 160 x 200 x 100 millimetres and integrated Wi-Fi and LAN interfaces. This allows the unit to be used in a confined space within a fume cupboard or on a laboratory lift platform, whilst simultaneously integrating it into networked laboratory infrastructures. For B2B laboratory set-ups with high safety and documentation requirements, the RET basic anodised offers a combination of rapid heating, precise speed control and a comprehensive, standards-compliant safety concept for continuous daily use. Compact design with high power density and anodised protection The 135-millimetre base consists of a highly thermally conductive aluminium substrate and enables heating rates of up to 9 Kelvin per minute with uniform temperature distribution, adjustable across four heating speed settings. To protect against mechanical wear, scratches and aggressive chemical reagents, the surface is sealed with an anodised coating. Despite the high heating power of 800 watts, the housing remains ultra-compact at 160 x 200 x 100 millimetres. The stirrer therefore saves space in the fume cupboard, can be positioned on any standard laboratory lifting platform and is suitable for parallel experimental set-ups in confined spaces. Networked laboratory processes via Wi-Fi and LAN For integration into networked laboratory infrastructures and automated documentation processes, the RET basic anodised is equipped as standard with Wi-Fi and LAN interfaces, as well as the wired USB-C and RS232 interfaces. This connectivity allows the magnetic stirrer to be monitored centrally, controlled remotely or integrated into higher-level software solutions, including via the IKA app. The communication interface, which is based on ASCII-based Namur commands, also enables direct device-to-device communication. For example, the RET basic anodised can be linked to an IKA overhead stirrer: if the stirring speed of the viscous medium falls below a critical threshold, the RET basic anodised automatically deactivates the heating. This is an important prerequisite for reliable, unattended continuous operation. Comprehensive safety concept in accordance with EN IEC 61010-2-010 With a total of 18 integrated safety features, the RET basic anodised complies with the laboratory equipment standard EN IEC 61010-2-010 for heated laboratory equipment. System safety is further confirmed by a certificate from TÜV Süd in accordance with the NRTL standard (comparable to UL and CSA). In addition to a mechanically adjustable safety limit (50 to 360 degrees Celsius) via two separate plate sensors, the unit features Delta-T medium monitoring, sensor breakage and misalignment detection, as well as automatic heating shutdown in the event of a sudden drop in temperature, such as that caused by glass breakage. In the event of a safety shutdown, the ‘Always-Stir’ function takes effect: heating is stopped whilst stirring remains active to prevent delayed boiling or hotspots in the medium. An optical residual heat warning also protects against burns on surfaces exceeding 50 degrees Celsius. Typical applications The combination of network connectivity, compact design and comprehensive safety features makes the RET basic anodised a versatile instrument for digitised laboratory environments: Networked laboratory processes requiring documentation, thanks to integrated Wi-Fi and LAN interfaces Unattended continuous operation through coupling with an IKA overhead stirrer via Namur commands Demanding syntheses with high safety requirements thanks to 18 safety features in accordance with EN IEC 61010-2-010 Mobile process monitoring via the IKA app Suitable for use in fume cupboards and on laboratory lifting platforms thanks to its compact housing dimensions of 160 x 200 x 100 millimetres Technical details Number of stirring points1 Max. stirring capacity (based on water)20 litres Motor typeBrushless EC motor Speed range0 to 1700 rpm heating power800 W Heating plate temperatureRoom temperature to 340 °C Maximum heating rateup to 9 K/min Heating speed4 levels, individually adjustable Platform diameter135 mm Base materialAluminium with anodised finish Network interfacesWi-Fi and LAN Data interfaces (wired)USB-C and RS232 Communication standardASCII-based Namur commands App integrationIKA APP Compliance with standardsEN IEC 61010-2-010, TÜV Süd NRTL-tested (UL/CSA standard) Number of safety features18 Adjustable safety circuit50 to 360 °C Safety function: mediumDelta-T monitoring Boil-dry protectionAlways-Stir function Burn protectionVisual residual heat warning from a surface temperature of over 50 °C Display technology14-segment glass display Housing materialDie-cast aluminium housing, sealed Protection class according to DIN EN 60529IP 54 Dimensions (W x D x H)160 x 200 x 100 mm Country of originMade in Germany Scope of delivery1 x IKA RET basic anodised magnetic stirrer with heating (MPN 0020133787)1 x PT 1000.60 temperature sensor, stainless steel1 x H 801 x IKAFLON 30 magnetic stirring bar1 x IKAFLON 40 magnetic stirring bar1 x screwdriver1 x mains lead1 x user manual Compatible accessories The following original accessories are available to upgrade the RET basic anodised to a fully-fledged laboratory measuring station: IKA PT.Wireless wireless temperature sensor or ETS-D7 contact thermometer for wireless temperature monitoring Chemically resistant IKA synthesis blocks and dry attachments made from anodised aluminium for oil-free heating of round-bottom flasks Precisely fitting silicone protective covers, as well as H 16 V support rods and H 44 cross-sockets for securing wired sensors Individual requirements and procurement service Our procurement service is available to assist with the digitalisation planning of your laboratory processes, as well as for further original accessories, spare parts or bespoke calibration. Further information and contact details can be found on our procurement service page.
IKA RCT basic magnetic stirrer with heating, aluminium base plate, 0025008259
Part of the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA's recommended list price. Our promotional price is net.The IKA RCT basic magnetic stirrer with heating (MPN 0025008259) is one of the most widely used laboratory instruments in the world and has stood for reliable stirring and heating for decades. The current generation covers the full range of typical laboratory tasks, from preparing small reagent quantities to stirring larger volumes, with a stirring capacity of up to 20 litres of water, a heating power of 800 watts and a speed range of 50 to 1,500 revolutions per minute. The 135 mm aluminium base plate gives even heat distribution, and the IP 54 protection class keeps the unit safe from splashing water during continuous use. Powerful drive and precise speed control The magnetic drive of the RCT basic covers a stepless speed range from 50 to 1,500 revolutions per minute, set via a rotary push button control with a setting accuracy of 10 rpm. Stirring bars from 20 to 80 mm in length can be used, so the unit suits small beakers as well as larger vessels with a load of up to 25 kg. The drive is a brushless DC motor with 9 watts of output power and keeps a constant speed even at higher viscosities, without a noticeable change in the stirring pattern as the load increases. With the optional IKA HUB, automatic reverse rotation and intermittent operation can also be activated, for example to loosen deposits on the stirring bar or to automate recurring stirring cycles. Aluminium base plate and glass control panel The base plate of the RCT basic is made from an aluminium alloy with a diameter of 135 mm and gives fast, even heat transfer during heating. The control panel with its glass surface is easy to clean even with frequent contact with chemicals. The housing is protected to IP 54 against splashing water and dust, a clear step up from the IP 42 rating of the previous generation, and this makes it suitable for wet areas and washing stations in the lab as well. Heating power and safety concept for continuous operation With a heating power of 800 watts, the RCT basic heats one litre of water by 9 kelvin per minute in heating stage H1500, noticeably faster than the 600 watts and 6.5 kelvin per minute of the previous generation, and reaches temperatures from room temperature up to 310 degrees Celsius, adjustable in steps of 1 kelvin. The safety temperature range can be set independently between 50 and 360 degrees Celsius with a tolerance of 5 degrees Celsius and switches off the heater immediately on an unexpected overtemperature. If the unit is switched off while the heating plate is still above 50 degrees Celsius, the display alternates between the warning "HOT" and the current plate temperature until the plate has cooled to a safe level. Combined with the supplied external PT1000 temperature sensor, control accuracy in the medium reaches ±0.5 kelvin; with an optional IKA ETS-D5 contact thermometer it stays at ±0.5 kelvin, and with the ETS-D7 or the wireless PT.Wireless sensor it improves to ±0.2 kelvin. The ETS-D7 or PT.Wireless sensor also allows an optional pH reading of the medium on the RCT basic. Digital display and interfaces for process documentation An LED display shows setpoint and actual values for speed and temperature in real time, so the process can be monitored at all times. Via the digital USB-C and RS232 interfaces, the RCT basic can be connected to a PC and documented, for example, with the labworldsoft laboratory software. For external temperature measurement, a socket is available for the PT1000 series as well as the ETS-D5 and ETS-D7 electronic contact thermometers, and an optional USB WD dongle also connects the wireless PT.Wireless sensor via WPAN. A built-in timer covers times from 1 second to 5,999 minutes, and a sensor-in-medium detection reports once the temperature probe is actually immersed in the medium. When the RCT basic is controlled externally via IKA HUB or labworldsoft, the device controls can be locked with the safeSTOP function, and the display then shows "safeSTOP". Power supply is 220 to 230 volts at 50 or 60 hertz, with power consumption of 820 watts in operation and 0.45 watts in standby. Compact format for parallel use At 160 x 100 x 200 mm (width x height x depth) and a net weight of 2.3 kg, the RCT basic takes up little space on the bench or in the fume hood. Its compact format makes it easier to run several units in parallel, for example when quality control or research work needs several batches stirred and heated at the same time. Because the stirrer and the heater are combined in one unit, there is no need to set up separate stirring and heating devices, which saves bench space and reduces cabling at the workstation. Typical applications As a base unit for stirring and heating liquid media, the RCT basic is used across a wide range of laboratory settings, from routine analysis to synthesis: Preparing and heating buffers, nutrient solutions and reagents in the routine lab Chemical syntheses with defined temperature control, for example reflux boiling or dissolving solids Homogenising larger volumes of solution thanks to a stirring capacity of up to 20 litres of water, for example stock solutions in quality control Sample preparation with external temperature monitoring via PT1000, ETS-D5, ETS-D7 or PT.Wireless, for example during digestion or extraction Use at wet workstations and washing areas thanks to IP 54 protection against splashing water Training and teaching in chemistry and pharmacy, where robust, easy-to-use instruments are needed Technical details Number of stirring positions1 Max. stirring volume per position (H2O)20 litres Maximum load25 kg Speed range50 to 1500 rpm Speed adjustmentStepless via rotary push button Speed setting accuracy10 rpm Max. stirring bar length20 to 80 mm Motor typeBrushless DC motor (EC), 9 W output Heating power800 W Heating temperature rangeRoom temperature to 310 °C Temperature setting resolution1 K (heating plate), 0.1 K (actual value display) Adjustable safety temperature range50 to 360 °C ± 5 °C Heating rate (1 l H2O, stage H1500)9 K/min Control accuracy with PT1000± 0.5 K Control accuracy with ETS-D5± 0.5 K Control accuracy with ETS-D7 or PT.Wireless± 0.2 K Control accuracy at heating plate centre without vessel (100 °C)± 5 K Self-heating of the base plate (RT 22 °C, 1 h stirring)max. + 12 K Base plate materialAluminium alloy Base plate dimensionsØ 135 mm Overall dimensions (W x H x D)160 x 100 x 200 mm Net weight2.3 kg Protection class per DIN EN 60529IP 54 DisplayLED display for setpoint and actual values Connection for external sensorPT1000 series, ETS-D5, ETS-D7, PT.Wireless Timer1 second to 5,999 minutes Digital interfacesRS232 and USB-C WPAN interfaceoptional via USB WD dongle pH measurementoptional with ETS-D7 or PT.Wireless Safety systemsAdjustable safety circuit, HOT display warning, sensor-in-medium detection, safeSTOP function Power consumption820 W, standby 0.45 W Power supply220 to 230 V, 50/60 Hz Scope of delivery 1 x IKA RCT basic magnetic stirrer base unit (MPN 0025008259) 1 x IKA PT 1000.60 temperature sensor 1 x mains lead 1 x screwdriver for the safety circuit 1 set of IKAFLON 30 round and IKAFLON 40 round magnetic stirring bars 1 x quick start guide 1 x warranty card Matching accessories The RCT basic has a socket for external PT1000 series temperature sensors as well as the ETS-D5 and ETS-D7 contact thermometers, so it can be upgraded in a targeted way: IKA ETS-D5 electronic contact thermometer with touchscreen (MPN 0025008371) for finer temperature control, up to ±0.5 kelvin accuracy in the medium Further original accessories such as the wireless PT.Wireless temperature sensor, the ETS-D7 or the USB WD dongle for WPAN connection are available through our procurement service. Individual requirements & procurement service IKA provides a manufacturer's warranty for the RCT basic of 2 years, extended to 10 years if the device is registered at ika.com/register within 90 days of purchase. To integrate the RCT basic into existing laboratory workstations, our procurement service offers further original accessories, such as support rods and cross-sleeves to secure the temperature sensor, heating baths to protect glassware, or additional contact thermometers for more complex temperature profiles. We are also glad to help with spare parts, individual calibration or custom builds. For more information and contact options, visit our procurement service.
IKA RET basic magnetic stirrer with heating, aluminium base, 0025008265
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.The IKA RET basic magnetic stirrer with heating (MPN 0025008265) combines a heating power of 800 watts with a compact housing measuring 160 x 200 x 100 millimetres and integrated Wi-Fi and LAN interfaces. The aluminium base ensures rapid, direct heat transfer to the sample. For B2B laboratory environments with high safety and documentation requirements, the RET basic combines a fast heating rate, precise speed control and a comprehensive, standards-compliant safety concept for continuous daily use. Compact design with high power density and direct heat transfer The 135-millimetre heating surface is made of an aluminium alloy without any additional coating, thereby enabling particularly direct heat transfer with heating rates of up to 9 Kelvin per minute whilst maintaining uniform temperature distribution; this can be adjusted across four heating speed settings. Unlike the RET basic anodised version, there is no additional oxide layer protection against scratches and chemicals; instead, the bare metal surface transfers heat without the low resistance of a coating. Despite the high heating power of 800 watts, the housing remains ultra-compact at 160 x 200 x 100 millimetres. The stirrer therefore saves space in the fume cupboard, can be positioned on any standard laboratory lifting platform and is suitable for parallel experimental set-ups in confined spaces. Networked laboratory processes via Wi-Fi and LAN For integration into networked laboratory infrastructures and automated documentation processes, the RET basic is equipped as standard with Wi-Fi and LAN interfaces, as well as the wired USB-C and RS232 interfaces. This connectivity allows the magnetic stirrer to be monitored centrally, controlled remotely or integrated into higher-level software solutions, including via the IKA app. The communication interface, which is based on ASCII-based Namur commands, also enables direct device-to-device communication. For example, the RET basic can be linked to an IKA overhead stirrer: if the stirring speed of the viscous medium falls below a critical threshold, the RET basic automatically deactivates the heating. This is an important prerequisite for reliable, unattended continuous operation. Comprehensive safety concept in accordance with EN IEC 61010-2-010 With a total of 18 integrated safety features, the RET basic complies with the laboratory equipment standard EN IEC 61010-2-010 for heated laboratory equipment. System safety is further confirmed by a certificate from TÜV Süd in accordance with the NRTL standard (comparable to UL and CSA). In addition to a mechanically adjustable safety range (50 to 360 degrees Celsius) via two separate plate sensors, the unit features Delta-T medium monitoring, sensor breakage and misalignment detection, as well as automatic heating shutdown in the event of a sudden drop in temperature, such as that caused by glass breakage. In the event of a safety shutdown, the ‘Always-Stir’ function takes effect: heating stops whilst stirring remains active to prevent delayed boiling or hotspots in the medium. A visual residual heat warning provides additional protection against burns on surfaces exceeding 50 degrees Celsius. Typical applications The combination of network connectivity, direct heat transfer and a comprehensive safety concept makes the RET basic a versatile device for digitised laboratory environments: Networked laboratory processes requiring documentation, thanks to integrated Wi-Fi and LAN interfaces Unattended continuous operation through coupling with an IKA overhead stirrer via Namur commands Demanding syntheses with high safety requirements thanks to 18 safety features in accordance with EN IEC 61010-2-010 Mobile process monitoring via the IKA app Suitable for use at wet workstations thanks to direct heat transfer via the uncoated aluminium plate Technical details Number of stirring points1 Max. mixing capacity (based on water)20 litres Maximum load25 kg Motor typeBrushless DC motor (EC), 9 W output power Speed range50 to 1700 rpm Setting accuracy for speed10 rpm heating power800 W Heating plate temperatureRoom temperature to 340 °C Maximum heating rateup to 9 K/min Heating speed4 levels, individually adjustable Control accuracy with PT1000 or ETS-D5±0.5 K Control accuracy with ETS-D7 or PT wireless±0.2 K Base diameter135 mm Actuator disc materialAluminium alloy, uncoated Network interfacesWi-Fi and LAN Data interfaces (wired)USB-C and RS232 Communication standardASCII-based Namur commands App integrationIKA APP Timer1 second to 5,999 minutes pH measurementOptional with ETS-D7 or PT wireless Compliance with standardsEN IEC 61010-2-010, TÜV Süd NRTL-tested (UL/CSA standard) Number of safety features18 Adjustable safety circuit50 to 360 °C Safety function: mediumDelta-T monitoring Boil-dry protectionAlways-Stir function Burn protectionVisual residual heat warning from a surface temperature of over 50 °C Display technology14-segment glass display Housing materialDie-cast aluminium housing, sealed Protection class according to DIN EN 60529IP 54 Dimensions (W x D x H)160 x 200 x 100 mm Net weight2.3 kg Power supply220 to 230 V, 50/60 Hz Country of originMade in Germany Scope of delivery1 x IKA RET basic magnetic stirrer with heating (MPN 0025008265)1 x PT 1000.60 temperature probe, stainless steel1 x H 801 x IKAFLON 30 magnetic stirring bar1 x IKAFLON 40 magnetic stirring bar1 x screwdriver1 x power cable1 x user manual Compatible accessories The following original accessories are available to expand the RET basic: IKA PT1000.60 stainless steel temperature probe for direct control within the medium, combined with a suitable support rod and cross-shaped sleeve for securing to the stirrer Precisely fitting silicone protective covers to protect the control panel from splashes IKA Dry attachments made of anodised aluminium for oil-free heating of round-bottomed flasks directly on the aluminium plate PTFE-coated magnetic stirring rods in cylindrical, oval or triangular shapes Individual requirements and procurement service The RET basic is covered by IKA’s manufacturer’s warranty: 2 years, extended to 10 years upon registration at ika.com/register within 90 days of purchase. Our procurement service is available to help you equip your laboratory workstations with additional original accessories, spare parts or bespoke calibration to suit your specific applications. Further information and contact details can be found on our procurement service page.
IKA IKA PEN 10 single-channel electronic pipette – 200 µl, air-cushion operated, 0020025103
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The price shown through is IKA’s recommended retail price. Our promotional price is net.The IKA PEN electronic single-channel pipette (MPN 0020025103), with a volume range of 10 to 200 µl, covers the upper microlitre segment, which is frequently required in everyday laboratory work for larger reagent additions, buffer changes or the preparation of cell culture media. As an air-cushion-operated piston-stroke pipette with an electronic microdrive, it operates with a step size of 0.1 µl and is certified to ISO 8655. With a net weight of 78 grams without the pipette tip, this model from the IKA PEN range, with its pen-shaped housing, remains pleasantly light in the hand, even when larger volumes need to be pipetted repeatedly during day-to-day work. This makes the model particularly suitable for workstations where larger individual volumes in the three-digit microlitre range are regularly required. The 0.1 µl increment is designed to meet practical requirements for this volume range and reliably covers the dosing needs typical of cell culture and buffer preparation. Slim pen-style design even for larger volumes Even in the higher microlitre range, the IKA PEN retains its slim, pen-shaped housing. The natural grip reduces strain on the forearm and wrist and is particularly noticeable when larger volumes have to be pipetted repeatedly during day-to-day work, for example when changing media in cell culture, preparing buffer solutions or loading several reaction vessels in succession. The low weight of 78 grams without the pipette tip helps ensure that even longer pipetting runs can be managed without noticeable fatigue. In laboratories with a rotating staff, users with different hand sizes also benefit equally from the slim, ergonomic design. The reduced hand fatigue is a particular advantage in cell culture work, where clean, controlled movements are essential. DLC-coated stainless steel piston for consistent results The piston, made of high-purity stainless steel, is sealed with a diamond-like carbon (DLC) coating, which reduces wear during continuous operation and increases chemical resistance to frequently pipetted media. At a nominal volume of 200 µl, the pipette achieves an accuracy of ±1.2 µl (±0.6 per cent) and a precision of ±0.4 µl (±0.2 per cent). At 10 per cent of the nominal volume, i.e. 20 µl, the accuracy and precision are ±0.5 µl (±2.5 per cent) and ±0.14 µl (±0.7 per cent) respectively. Even with larger volumes, this ensures that the volume delivery remains consistent throughout the entire pipetting process, which has a direct impact on the reproducibility of buffer preparations and medium changes. Some of the shaft components are autoclavable, allowing the device to be integrated into existing cleaning procedures. For cell culture work under a laminar flow hood, this compatibility with standard cleaning and disinfection steps is a practical advantage. App control and battery life in practical use This model can also be paired with a smartphone or tablet via the IKA PEN app, which simplifies documentation and self-calibration. The replaceable lithium-ion battery, with a capacity of 350 mAh at 3.7 V, enables up to 8 hours of operation with a charging time of around 3 hours, thus reliably covering even the busiest days in the laboratory. For laboratories using multiple IKA PEN pipettes, the app also makes it easier to keep track of the charge status and calibration history of the individual devices. Traceability and quality assurance in everyday laboratory work Every IKA PEN pipette is supplied with a factory calibration certificate in accordance with ISO 8655, which documents the traceability of the factory test and can be integrated directly into existing quality management processes. For laboratories operating in accordance with GLP or comparable standards, this documentation provided ex works serves as a practical starting point for their own test equipment monitoring. In addition, self-calibration can be carried out via the IKA PEN app, ensuring that calibration intervals can be documented in a traceable manner even between major calibration appointments. Typical applications With a volume range of 10 to 200 µl, the IKA PEN is particularly suitable for work steps involving slightly larger individual volumes: medium changes and reagent addition in cell culturePreparation of buffer solutions on a smaller scaleSample preparation for downstream analysis, such as dilutions prior to photometryAddition of substrates and reagents in assays in the higher microlitre rangeLaboratory practicals and training, where robust, easy-to-use pipettes are requiredBatch production of buffers in routine laboratoriesFilling and loading of reaction vessels for larger preparation volumesPreparation of standard solutions for instrumental analysis Technical details Design / PrinciplePiston-driven pipette with air cushion system OperationElectronically controlled micro-actuator Volume typeVariably adjustable Number of channels1 (single-channel system) Nominal volume200 µl Volume range10 to 200 µl Increment (step size)0.1 µl Accuracy at nominal volume (200 µl)±1.2 µl (±0.6 %) Precision at nominal volume (200 µl)±0.4 µl (±0.2 %) Accuracy at 50 per cent of nominal volume (100 µl)±1.0 µl (±1.0 %) Precision at 50% of nominal volume (100 µl)±0.3 µl (±0.3 %) Accuracy at 10 per cent of nominal volume (20 µl)±0.5 µl (±2.5 %) Precision at 10 per cent of nominal volume (20 µl)±0.14 µl (±0.7 %) ComplianceCertified to ISO 8655 Piston materialHigh-purity stainless steel, DLC-coated (diamond-like carbon) AutoclavabilityPartially autoclavable (shaft components) Battery typeRechargeable lithium-ion battery, type 10440 Battery capacity350 mAh, 3.7 V Battery lifeUp to 8 hours Charging timeApprox. 3 hours Dimensions (W x D x H)15.5 x 28.2 x 204.3 mm Net weight0.078 kg (excluding pipette tip) Permissible ambient temperature5 to 40 °C Permissible relative humidityUp to 80 % Scope of delivery 1 x IKA PEN electronic single-channel pipette, 10 to 200 µl (MPN 0020025103)1 x Integrated, rechargeable lithium-ion battery1 x factory calibration certificate in accordance with ISO 86551 x User manual / Quick start guide Individual requirements and procurement service We stock a range of original accessories to help you set up a complete pipetting workstation based on the IKA PEN: IKA PEN.Stand (MPN 0020133075): Table stand for safe, space-saving storage of the pipetteIKA PEN.WiCo (MPN 0020118751): Wireless external trigger button, relieves strain on the thumb during frequent pipettingHigh-purity, certified pipette tips in the appropriate microlitre volume, free from DNase, RNase and pyrogens We would be happy to advise you on selecting the right tips for viscous or organic media. We offer further support, for example with spare parts or custom calibration, through our procurement service.
IKA INC 125 FCS digital (SP25), cooling and shaking incubator, 125 L, 0020136638
Part of the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA's recommended list price. Our promotional price is net.The IKA INC 125 FCS digital (SP25) is a cooling and shaking incubator with a chamber volume of 125 litres for the cultivation of heat-sensitive cells and microbiological samples. The unit utilises compressor cooling with the refrigerant R290 (propane) and, in combination with the heating function, covers an operating temperature range of 5 °C to 80 °C with the shaking function active, and up to 100 °C in static mode without shaking. A PID control system and reversibly controllable air circulation from 40 to 100 per cent ensure temperature uniformity of ± 0.3 K throughout the chamber.SP25 shaking platform: 25 millimetre stroke for large vesselsThe designation SP25 refers to the oscillation amplitude (stroke) of the shaking platform, which is 25 millimetres – the largest stroke within the INC-125 series. Driven by the same direct drive operating at 10 to 300 revolutions per minute, this extended stroke achieves intensive mixing even at low to medium speeds. This is particularly suitable for large Erlenmeyer flasks with a volume of over 1 litre, as it improves oxygen transfer without requiring very high speeds and the associated higher shear forces on the cells. The SP25 platform can also be removed without tools, meaning the unit can alternatively be used as a static cooling incubator with a temperature range up to 100 °C.SP25 compared to the SP20 modelThe INC 125 FCS digital is also available with the SP20 shaking platform, which has a shorter stroke of 20 millimetres and is designed for small to medium-sized vessels. The SP25 version described here, with a 25-millimetre stroke, is specifically designed for applications involving large-volume Erlenmeyer flasks, where the greater range of motion ensures sufficient mixing even at moderate speeds. The chamber, refrigeration system and temperature control are identical in both versions; the difference lies solely in the shaking platform.Stainless steel chamber and thermal decontaminationThe welded inner chamber is made of corrosion-resistant AISI 304 stainless steel with generous edge radii, which make it difficult for biofilms to form. To facilitate switching between critical batches, the incubator features an automated decontamination mode that heats the chamber in a controlled manner to 100 °C. A defrost function with continuous drainage prevents ice formation inside the chamber during low-temperature incubations. The drainage system features a hose connection with an internal diameter of 10 mm.Capacity and configurationThe chamber accommodates up to 6 wire shelves, each designed for a maximum load of 20 kg. On the shaking platform itself, a surface area of 340 x 480 mm is available for a permissible shaking weight of 7.5 kg – a figure that must be taken into account, particularly when using large-volume flasks. A viewing window in the door allows the samples to be monitored without having to open the chamber and thereby disrupt the temperature control. With system dimensions of 700 x 1000 x 635 mm and a weight of 95 kg, sufficient floor space must be allowed for when installing the unit.Operation, Display and SafetyAn LCD display with a timer function for up to 100 days shows the relevant process data. Temperature control is provided by a PT-100 sensor with a four-wire connection; the setting and display resolution is 0.1 K. A Class 1 safety device in accordance with DIN 12880 is fitted as a thermal safety measure, supplemented by an integrated setpoint limiter which protects the chamber in the event of an unexpected temperature overshoot. Permissible ambient temperatures range from 15 to 32 °C at a maximum relative humidity of 70 per cent.Connection, power consumption and noise emissionThe incubator features a USB-C data interface and is designed for a maximum power consumption of 1,000 W at 220 to 240 V, 50/60 Hz; other voltage options, such as 100 to 120 V, are available. The isothermal energy consumption at 37 °C is 79 Wh/h. With a noise emission of 55 dB(A), the INC 125 FCS can also be operated digitally in laboratory environments where several units are running simultaneously.Typical applicationsThe INC 125 FCS digital (SP25) is particularly suitable for cultivation tasks involving large-volume vessels and moderate speed requirements:Cultivation in large-volume Erlenmeyer flasks over 1 litreCell culture and fermentation batches with high oxygen requirements at moderate speedsSwitching between shaking incubation and static cold storage at temperatures up to 100 °C thanks to a tool-free removable platformQuality assurance and routine cultivation with high sample throughput thanks to the decontamination modeThanks to the combination of compressor cooling and a heating function, a single unit thus covers both cold storage and shaking incubation tasks for large-volume cultures, which would otherwise require two separate units.Technical detailsOperating temperature range5 to 80 °C (extended to 100 °C in static operation)RefrigerantR290 (propane), charge 55 g, max. system pressure 21 barHeating capacity750 WAutomatic defrostintegratedThermal decontaminationat 100 °CTemperature sensorPT 100 (4-wire)Setting and display resolution0.1 KTemperature stability (37 °C, ambient temperature 22 °C)± 0.3 KTemperature homogeneity (37 °C, ambient 22 °C)± 0.3 KHeating time (to 37 °C, ambient 22 °C)8 minRecovery time (to 37 °C, ambient 22 °C)4 minsDisplay and timerLCD, maximum time setting 100 daysShaking stroke (SP25)25 mmSpeed range10 to 300 rpm (tolerance ± 5 rpm)Permissible shaking weight7.5 kgFootprint of shaking platform340 x 480 mmChamber volume125 litresSystem dimensions (W x H x D)700 x 1000 x 635 mmWeight95 kgMesh shelvesmax. 6Load per traymax. 20 kgViewing windowintegrated into the doorDrain hose10 mm internal diameterThermal safety deviceTB Class 1 in accordance with DIN 12880Safety shut-offIntegrated setpoint limiterPermissible ambient temperature15 to 32 °CPermissible relative humiditymax. 70 %Noise emission55 dB(A)Energy consumption (isothermal at 37 °C)79 Wh/hVoltage/frequency220 to 240 V, 50/60 Hz (other voltage options such as 100 to 120 V available)Power consumptionmax. 1,000 WElectrical fuse2 x T6.3A 250VProtection classIP 20Data interfaceUSB-CContents1 x IKA INC 125 FCS digital (SP25) cooling and shaking incubator1 x IKA IO SP 25 shaking platform (25 mm stroke, removable)2 x IKA IO T 1.00 wire mesh trays (stainless steel)1 x USB cable (C-A) and power leadClamps for Erlenmeyer flasks and STICKMAX adhesive mats for securing the vessels are not included in the scope of delivery and are required additionally for shaking operation. Due to the greater stroke, secure fixing of the vessels is particularly important with the SP25 model.Custom requirements & procurement serviceFor large-volume Erlenmeyer flasks, we recommend custom-fit stainless steel retaining clips; for asymmetrical vessels, the universal STICKMAX adhesive mat. Through our procurement service, we can assist you in putting together and scaling your setup.
IKA IKA PEN 5 single-channel electronic pipette – 100 µl, air-cushion operated, 0020025102
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The price shown with a line through it is IKA’s recommended retail price. Our promotional price is net.With its volume range of 5 to 100 µl, the IKA PEN electronic single-channel pipette (MPN 0020025102) covers the mid-microlitre range, which is particularly frequently used in routine biochemical and biotechnological laboratory work, for example when pipetting reagents in ELISA procedures or when preparing dilution series for protein analysis. As an air-cushion-operated piston-stroke pipette with an electronic microdrive, it operates with a step size of 0.1 µl and is certified to ISO 8655. With a net weight of 78 grams excluding the pipette tip, the pen-shaped housing remains comfortably light in the hand even during long pipetting runs, setting it apart from traditional, heavier piston-action pipettes. This makes the model particularly suitable for workstations where medium volumes are pipetted regularly in large sample numbers. The 0.1 µl increment, which is coarser than that of the ultra-low-volume variant in the series, is practically optimised for this volume range and reliably meets the dosing requirements typical of ELISA and protein assays. Slim pen-style design for long pipetting runs Instead of the classic pistol shape, this model in the IKA PEN range also features a slim, pen-shaped body. As a result, the grip feels more natural in the hand and reduces strain on the forearm and wrist, a particular advantage during routine operations where many samples need to be pipetted consecutively in consistent volumes, such as in screening tests, assay preparations or the loading of microtitre plates. Over the course of an entire pipetting run, the lower weight of 78 grams (excluding the pipette tip) results in a noticeably reduced strain on the hand and arm. In laboratories with rotating staff, the slim, ergonomic design also benefits users with different hand sizes equally. DLC-coated stainless steel piston for consistent volumes The piston, made of high-purity stainless steel, is coated with a diamond-like carbon (DLC) layer, which reduces friction during the piston stroke and ensures a chemically inert, low-wear surface. At a nominal volume of 100 µl, the pipette achieves an accuracy of ±0.8 µl (±0.8 %) and a precision of ±0.2 µl (±0.2 %). At 10 per cent of the nominal volume, i.e. 10 µl, the accuracy and precision are ±0.2 µl (±2.0 per cent) and ±0.1 µl (±1.0 per cent) respectively, which is relevant for dilution series with varying sub-volumes. Particularly in assay formats involving many parallel runs, consistent volume accuracy has a direct impact on the comparability of measurement results. Even with slightly more viscous reagents, this ensures that volume dispensing remains uniform throughout the entire pipetting process. Some of the shaft components are autoclavable and can therefore be incorporated into standard laboratory cleaning and sterilisation routines. App control and battery life in practical use This pipette can also be paired with a smartphone or tablet via the IKA PEN app, which simplifies the documentation of pipetting protocols and self-calibration. The replaceable lithium-ion battery, with a capacity of 350 mAh at 3.7 V, lasts for up to 8 hours and is fully recharged in around 3 hours, allowing even longer series of measurements to be carried out without the need for recharging. For laboratories using several IKA PEN pipettes, the app also makes it easier to keep track of the charge status and calibration history of the individual devices. Traceability and quality assurance in everyday laboratory work Every IKA PEN pipette is supplied with a factory calibration certificate in accordance with ISO 8655, which documents the traceability of the factory test and can be integrated directly into existing quality management processes. For laboratories operating in accordance with GLP or comparable standards, this documentation provided ex works serves as a practical starting point for their own test equipment monitoring. In addition, self-calibration can be carried out via the IKA PEN app, ensuring that calibration intervals can be documented in a traceable manner even between major calibration appointments. Typical applications The volume range of 5 to 100 µl makes the IKA PEN a versatile tool in everyday biochemical and molecular biology laboratory work: Pipetting of reagents and substrates for ELISA and other immunoassaysPreparing dilution series in protein analysisAddition of buffers and reagents in biotechnology researchSample preparation in pharmaceutical quality controlRoutine pipetting in batches for recurring test seriesLoading microtitre plates with consistent volumes Technical details Design / PrinciplePiston-driven pipette with air cushion system OperationElectronically controlled micro-actuator Volume typeVariably adjustable Number of channels1 (single-channel system) Nominal volume100 µl Volume range5 to 100 µl Increment (step size)0.1 µl Accuracy at nominal volume (100 µl)±0.8 µl (±0.8 %) Precision at nominal volume (100 µl)±0.2 µl (±0.2 %) Accuracy at 50 per cent of nominal volume (50 µl)±0.5 µl (±1.0 %) Precision at 50 per cent of nominal volume (50 µl)±0.15 µl (±0.3 %) Accuracy at 10 per cent of nominal volume (10 µl)±0.2 µl (±2.0 %) Precision at 10 per cent of nominal volume (10 µl)±0.1 µl (±1.0 %) ComplianceCertified to ISO 8655 Piston materialHigh-purity stainless steel, DLC-coated (diamond-like carbon) AutoclavabilityPartially autoclavable (shaft components) Battery typeRechargeable lithium-ion battery, type 10440 Battery capacity350 mAh, 3.7 V Battery lifeUp to 8 hours Charging timeApprox. 3 hours Dimensions (W x D x H)15.5 x 28.2 x 204.3 mm Net weight0.078 kg (excluding pipette tip) Permissible ambient temperature5 to 40 °C Permissible relative humidityUp to 80 % Scope of delivery 1 x IKA PEN electronic single-channel pipette 5 to 100 µl (MPN 0020025102)1 x Integrated, rechargeable lithium-ion battery1 x factory calibration certificate in accordance with ISO 86551 x User manual / Quick start guide Individual requirements and procurement service We stock a range of genuine accessories to help you set up a complete pipetting workstation centred around the IKA PEN: IKA PEN.Stand (MPN 0020133075): Table stand for safe, space-saving storage of the pipetteIKA PEN.WiCo (MPN 0020118751): Wireless external trigger button, relieves strain on the thumb during frequent pipettingHigh-purity, certified pipette tips in the appropriate microlitre volume, free from DNase, RNase and pyrogens We would be happy to advise you on selecting the right tips for viscous or organic media. We offer further support, for example with spare parts or custom calibration, through our procurement service.
IKA UTTD control Tissue Solution Disperser Set, disposable tubes, IVD-compliant, 0010013008
Promotional items from the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA’s recommended retail price. Our promotional price is net.To digest tissue, cartilage or bone samples prior to microbiological or molecular biological analysis without the sample coming into contact with reused instruments during processing: this is what the IKA UTTD control Tissue Solution is designed for. The system homogenises patient samples in hermetically sealed, single-use tubes; cross-contamination between samples is inherently prevented by the system’s sealed design. Sealed single-use system for patient samples Unlike open dispersion systems with reusable tools, with the UTTD control Tissue Solution the sample remains in the sealed tube throughout the entire processing procedure. According to the manufacturer, the maximum processing time per tube is limited to 1 minute. This combination of a sealed vessel and short processing time is well-suited to workflows in which samples from different patients are processed one after the other, without the need for a cleaning step on the tool between runs. Drive with programmable speed The ULTRA-TURRAX Tube Drive P control covers a speed range of 400 to 8,000 revolutions per minute, adjustable in increments of 10 rpm with a tolerance of 3 per cent. A digital timer and speed display are shown on an OLED screen, and the direction of rotation can be reversed. The drive also features a USB-B interface; the maximum viscosity of the sample is 5,000 mPas. The motor draws 36 watts and delivers 28 watts; the noise level without the tool is 50 dB(A). IVD-compliant tubes included in the set The set comprises the drive unit and a pack containing 50 BMT-20-S-IVD stainless steel tubes. Each tube is double-sterilised, pre-filled with 5 ml of 0.90 per cent NaCl saline solution and contains 10 stainless steel balls for the mechanical homogenisation of the sample. According to the manufacturer, the tubes are an in vitro diagnostic product in accordance with Directive 98/79/EC, manufactured to ISO 13485:2016 and, as per the manufacturer’s specifications, approved for use in all EU countries. Distinction from open dispersion systems For open samples without IVD requirements, IKA offers two disperser sets – the T 18 digital Solution and the more compact T 18 mini digital Solution – both featuring reusable tools and a stand. Both systems operate with significantly higher motor power – 500 and 210 watts respectively – and higher speeds of up to 25,000 rpm, but are not designed for contact with patient samples or to protect against cross-contamination. For those processing tissue, cartilage or bone samples in a diagnostic setting, the closed tube system of the UTTD control Tissue Solution is the right choice; the T 18 systems are better suited to the homogenisation of open samples in larger volumes. Typical areas of application The closed tube system is designed for diagnostic and microbiological applications: Microbiological and molecular biological analysis of patient samples Disintegration and digestion of tissue, cartilage and bone samples prior to analysis Diagnostic procedures with high requirements for protection against cross-contamination Short processing cycles of up to 1 minute per tube in routine operation Technical details Process typeBatch Motor power (intake/discharge)36 W / 28 W Speed range400 to 8,000 rpm Speed deviation3 % Speed adjustment range10-rpm increments Speed displayOLED TimerYes, OLED display Direction of rotationReversible Max. viscosity5,000 mPas Noise level (tool-free)50 dB(A) USB interfaceUSB-B DC voltage24 V= Current consumption1,500 mA Dimensions of drive unit (W x H x D)122 x 54 x 178 mm Weight of drive unit1.3 kg Connection specifications100 to 240 V, 50/60 Hz, power consumption 36 W Protection classIP 20 (DIN EN 60529) Contents 1 x ULTRA-TURRAX Tube Drive P control (drive unit) 1 x BMT-20-S-IVD.50 ball mixing vessel, stainless steel, sterile, IVD-compliant (pack containing 50 tubes, each 20 ml, double-sterilised, pre-filled with 5 ml of 0.90% NaCl solution, 10 stainless steel balls per tube) Use and maintenance The drive operates at 100 to 240 V at 50 to 60 Hz; internally, it runs on a DC voltage of 24 V with a current draw of 1,500 mA, which accommodates different mains voltages. IP 20 protection protects against contact, but not against splashing water; the drive unit should therefore be located in a dry area of the laboratory. The tubes are single-use items and must be disposed of in accordance with the applicable regulations for IVD waste following analysis. At the end of its service life, the drive unit, as an electrical appliance, must be disposed of via the separate collection scheme for waste electrical and electronic equipment and must not be placed in household waste. Individual requirements & procurement service For the UTTD control Tissue Solution, IKA stocks additional tube packaging units, including a single-sterilised version also containing 50 tubes of 20 ml each. Through our procurement service, we assist you with sourcing replacement tubes and advise on the most suitable system for your diagnostic workflows. An overview of other dispersers can be found in the Dispersers category. Frequently Asked Questions How is cross-contamination between samples prevented?The sample remains in the hermetically sealed disposable tube throughout the entire processing procedure; contact with reused instruments is prevented by the design of the system. What is the maximum processing time for a tube?According to the manufacturer, the maximum processing time per tube is 1 minute. Are the tubes approved for use with patient samples?Yes, according to the manufacturer, the BMT-20-S-IVD tubes are an in vitro diagnostic product in accordance with Directive 98/79/EC, manufactured in accordance with ISO 13485:2016. How does the system differ from the open T 18 dispersers?The T 18 systems use reusable tools with open samples at significantly higher motor power and rotational speed, but are not designed to prevent cross-contamination of patient samples.
IKA INC 125 FCS digital (SP20), cooling and shaking incubator, 125 L, 0020135425
Part of the IKA Specials Q4/2026, valid until 31 December 2026. The crossed-out price is IKA's recommended list price. Our promotional price is net.The IKA INC 125 FCS digital (SP20) is a cooling and shaking incubator with a chamber volume of 125 litres for the cultivation of heat-labile cells and microbiological samples. The unit utilises compressor cooling with the refrigerant R290 (propane) and, in combination with the heating function, covers an operating temperature range of 5 °C to 80 °C with the shaker function active, and up to 100 °C in static mode without shaking. A PID control system and reversibly controllable air circulation from 40 to 100 per cent ensure temperature uniformity of ± 0.3 K throughout the chamber.SP20 shaking platform: 20 millimetres of strokeOxygen supply is often the limiting factor in aerobic cultures. The designation SP20 refers to the oscillation amplitude (stroke) of the integrated, orbital-action shaking platform, which is 20 millimetres. Driven by a direct drive operating at 10 to 300 revolutions per minute, this stroke generates mixing that improves oxygen transfer in the liquid phase. The shaking platform can be removed without tools: without the platform, the unit functions as a static cooling incubator with an extended temperature range up to 100 °C, making the same incubator suitable for both shaking and pure cold storage applications.SP20 compared to the SP25 modelThe INC 125 FCS digital is also available with the SP25 shaking platform, which has a larger stroke of 25 millimetres and is designed for large-volume Erlenmeyer flasks. The SP20 version described here, with a 20-millimetre stroke, is, by contrast, suitable for small and medium-sized vessels where a slightly more compact range of motion is sufficient. The chamber, refrigeration technology and temperature control are identical in both versions; the difference lies solely in the shaker platform.Stainless steel chamber and thermal decontaminationThe welded inner chamber is made of corrosion-resistant AISI 304 stainless steel with generous edge radii, which make it difficult for biofilms to form. To facilitate switching between critical batches, the incubator features an automated decontamination mode which heats the chamber to 100 °C in a controlled manner. A defrost function with continuous drainage prevents ice formation inside the chamber during low-temperature incubations. The drainage system features a hose connection with an internal diameter of 10 mm.Capacity and configurationThe chamber accommodates up to 6 wire shelves, each designed for a maximum load of 20 kg. On the shaking platform itself, a working area of 340 x 480 mm is available for a permissible shaking weight of 7.5 kg. A viewing window in the door allows the samples to be monitored without having to open the chamber and thereby disrupt the temperature control. With system dimensions of 700 x 1000 x 635 mm and a weight of 95 kg, sufficient floor space must be allowed for when installing the unit.Operation, Display and SafetyAn LCD display with a timer function for up to 100 days shows the relevant process data. Temperature control is provided by a PT-100 sensor with a four-wire connection; the setting and display resolution is 0.1 K. A Class 1 safety device in accordance with DIN 12880 is fitted as a thermal safety measure, supplemented by an integrated setpoint limiter which protects the chamber in the event of an unexpected overtemperature. Permissible ambient temperatures range from 15 to 32 °C at a maximum relative humidity of 70 per cent.Connection, power consumption and noise emissionsThe incubator features a USB-C data interface and is designed for a maximum power consumption of 1,000 W at 220 to 240 V, 50/60 Hz; other voltage options, such as 100 to 120 V, are available. The isothermal energy consumption at 37 °C is 79 Wh/h. With a noise emission of 55 dB(A), the INC 125 FCS can be operated digitally even in laboratory environments where several units are running simultaneously.Typical applicationsThe INC 125 FCS digital (SP20) is suitable for the cultivation of microbiological and cell biology samples where temperature control and agitation must be precisely regulated:Cultivation of bacterial and yeast cultures in shaking flasks or on microtitre platesCell culture applications at a defined temperature between 5 °C and 80 °CSwitching between shaking incubation and static cold storage at temperatures up to 100 °C via a tool-free removable platformQuality assurance and routine cultivation with high sample throughput thanks to the decontamination modeThanks to the combination of compressor cooling and a heating function, a single unit thus covers both cold storage and shaking incubation tasks that would otherwise require two separate units.Technical detailsOperating temperature range5 to 80 °C (extended to 100 °C in static operation)RefrigerantR290 (propane), charge 55 g, max. system pressure 21 barHeating capacity750 WAutomatic defrostintegratedThermal decontaminationat 100 °CTemperature sensorPT 100 (4-wire)Setting and display resolution0.1 KTemperature stability (37 °C, ambient temperature 22 °C)± 0.3 KTemperature homogeneity (37 °C, 22 °C ambient)± 0.3 KHeating time (to 37 °C, ambient 22 °C)8 minRecovery time (to 37 °C, ambient 22 °C)4 minsDisplay and timerLCD, maximum time setting 100 daysShaking stroke (SP20)20 mmSpeed range10 to 300 rpm (tolerance ± 5 rpm)Permissible shaking weight7.5 kgFootprint of shaking platform340 x 480 mmChamber volume125 litresSystem dimensions (W x H x D)700 x 1000 x 635 mmWeight95 kgMesh shelvesmax. 6Load per traymax. 20 kgViewing windowintegrated into the doorDrain hose10 mm internal diameterThermal safety deviceTB Class 1 in accordance with DIN 12880Safety shut-offIntegrated setpoint limiterPermissible ambient temperature15 to 32 °CPermissible relative humiditymax. 70 %Noise emission55 dB(A)Energy consumption (isothermal at 37 °C)79 Wh/hVoltage/frequency220 to 240 V, 50/60 Hz (other voltage options such as 100 to 120 V available)Power consumptionmax. 1,000 WElectrical fuse2 x T6.3A 250 VProtection classIP 20Data interfaceUSB-CContents1 x IKA INC 125 FCS digital (SP20) cooling and shaking incubator1 x IKA IO SP 20 shaking platform (removable)2 x IKA IO T 1.00 wire mesh trays (stainless steel)1 x USB cable (C-A) and power leadClamps for Erlenmeyer flasks and STICKMAX adhesive mats for securing the vessels are not included and are required additionally for shaking operation.Customised requirements & procurement serviceFor shaking operation, we recommend suitable fixings for your vessels: STICKMAX adhesive mats for asymmetrical containers or stainless steel retaining clips for Erlenmeyer flasks. Through our procurement service, we can assist you in putting together and scaling your setup.