Tempering
Temperature control encompasses heating, drying and climate chambers, as well as water baths and thermostats, for controlled temperature processes in the laboratory. LT Laborhandel stocks equipment from Memmert and BINDER for climate chambers and incubators, water baths and immersion thermostats from LAUDA and JULABO, and chamber furnaces from Nabertherm. For incubators in particular, see Climate Chambers & Incubators. Our service team will be happy to advise you on selecting the right equipment.
Memmert UN30 universal cabinet (32 L) with natural convection, up to +300 °C
Precise temperature control in a compact space The Memmert UN30 is the classic drying oven for laboratory applications which demand the highest precision and reliability. With a chamber volume of 32 litres and a temperature range up to +300 °C, it is ideally suited to drying processes, firing, ageing or tempering of smaller batches. Thanks to natural convection (without forced air circulation), heat transfer is particularly gentle. This prevents fine powders from being stirred up or sensitive samples from drying out due to strong air currents. Intuitive operation with SingleDISPLAY At the heart of the instrument is the high-resolution TFT touchscreen display (SingleDISPLAY). It enables intuitive setting of temperature, programme durations and the air damper control. The ‘SetpointWAIT’ function ensures reliable operation: The process time only starts running once the setpoint temperature inside the chamber has actually been reached. This ensures that results can be validated. Hygienic and durable Like all Memmert units, the UN30 stands out thanks to its unique textured stainless steel. Both the housing and the interior are made of high-quality stainless steel (grade 1.4301), which is scratch-resistant, robust and extremely easy to clean. The fully insulated stainless steel door with a 2-point locking mechanism ensures optimum thermal insulation and energy efficiency. Technical details Capacity: 32 litres Temperature range: Room temperature +5 °C to +300 °C Convection: Natural convection (silent, no turbulence) Display: SingleDISPLAY (TFT colour display) Interior: Stainless steel (1.4301), deep-drawn Internal dimensions (W x H x D): 400 x 320 x 250 mm External dimensions (W x H x D): 585 x 704 x 434 mm Max. total load: 60 kg Voltage: 230 V, 50/60 Hz Power consumption: approx. 1,600 W Safety: Temperature limiter (mechanical) & electronic monitoring Interface: Ethernet (for AtmoCONTROL software) Contents of delivery Memmert UN30 universal cabinet 1 x stainless steel grating (electropolished) Factory calibration certificate (at +160 °C) Mains lead Operating instructions Customised requirements & procurement service Do you require additional insert plates, the AtmoCONTROL software on a USB stick, or the model with forced convection (UF30)? We’ll configure your heating cabinet exactly to your specifications. Please contact our procurement service for accessories and upgrades.
Memmert IN30 incubator (32 L) with natural convection, up to +80 °C
Gentle incubation through natural convection The Memmert IN30 is the ideal incubator for microbiological applications, which require particularly precise temperature control without air turbulence. As it operates using natural convection (without a fan), the risk of culture media drying out is minimised – perfect for incubating bacterial cultures, fungi or insects. With a 32-litre capacity, it offers compact space for your Petri dishes and sample containers at temperatures up to +80 °C. Double-door design for stable heat To prevent temperature fluctuations when viewing the samples, the IN30 features an intelligent double-door system: The inner glass door allows visual monitoring of the incubated samples, without allowing heat to escape. The outer, fully insulated stainless steel door ensures optimum thermal insulation. This design guarantees extremely high temperature stability and uniform heat distribution within the chamber. Hygiene and precision in everyday laboratory work Operation is via the intuitive ControlCOCKPIT with SingleDISPLAY (touchscreen). Functions such as ‘SetpointWAIT’ ensure that the process time only starts once the target temperature has been reached – essential for validatable results. The interior is made of high-quality, stainless steel (1.4301) is deep-drawn, making it easy to clean and disinfect, which supports the highest hygiene standards. Technical details Capacity: 32 litres Temperature range: Room temperature +5 °C to +80 °C Convection: Natural convection (silent, minimises drying out) Display: SingleDISPLAY (TFT colour display) Door design: Inner glass door, outer stainless steel door Interior: Stainless steel (1.4301), reinforced ribbing Internal dimensions (W x H x D): 400 x 320 x 250 mm External dimensions (W x H x D): 585 x 704 x 434 mm Max. total load: 60 kg Voltage: 230 V, 50/60 Hz Power consumption: approx. 1,600 W Interface: Ethernet Contents of delivery Memmert IN30 incubator 1 x stainless steel wire shelf (electropolished) Factory calibration certificate (standard at +37 °C) Mains lead Operating instructions Customised requirements & procurement service Do you require the forced-air version (IF30) for faster heating times, the TwinDISPLAY version (IN30plus) for complex temperature ramps or additional perforated trays? We’ll customise your incubator to your specifications. Please contact our procurement service
Memmert UF160 universal oven (161 L) with forced convection, up to +300 °C
Memmert UF160 Universal Oven: The benchmark for thermal processes The Memmert UF160 is a high-precision heating cabinet with a 161-litre usable volume. Thanks to its powerful, adjustable forced convection system, it guarantees excellent temperature distribution and fast drying times across the entire temperature range up to +300 °C. Maximum precision and homogeneity The ‘UF’ system (Universal + Forced convection) ensures rapid heat transfer to the sample. Excellent homogeneity is achieved even when the chamber is fully loaded. The fan speed is digitally adjustable to optimally adapt the process to sensitive test specimens and ensure gentle drying. Versatile laboratory applications Whether for demanding material testing, the tempering of components, the drying of samples or the sterilisation of glassware – the UF160 is designed as a robust ‘all-rounder’ for continuous operation in industrial and research laboratories. Intuitive control (SingleDISPLAY) Equipped with the Memmert SingleDISPLAY cockpit and AtmoCONTROL software, temperature, fan speed and programmes can be easily adjusted. The integrated logging function supports your quality assurance. Configure your Memmert UF160 now or request a quote from our team of experts.
BINDER FD 23, drying and heating cabinet with forced air circulation, FD023-230V
The BINDER FD 23 FD023-230V is a high-precision drying and heating oven with forced convection, which serves as an indispensable instrument in pharmaceutical quality assurance, biotechnology research and materials science laboratories. At the heart of its technological superiority lies the patented APT.line™ preheating chamber technology. From a thermodynamic perspective, this system ensures homogeneous temperature distribution throughout the entire 20-litre chamber volume by directing the air flow in a controlled and symmetrical manner into the interior from both sides. For laboratory procurement officers and scientific staff, this means maximum reliability in the thermal treatment of samples, as spatial temperature gradients are physically minimised. The BINDER FD 23 FD023-230V thus ensures absolutely reproducible sample conditioning, which is of fundamental importance for the validation of SOPs in accordance with GLP/GMP guidelines. Thermodynamic efficiency and forced convection The effectiveness of the BINDER FD 23 FD023-230V is based on the targeted use of forced convection. Compared with cabinets featuring free convection (natural air circulation), this model offers a significantly higher heating rate and faster temperature recovery after the door is opened. This is particularly critical in time-sensitive drying processes or when heating media with high heat capacity. The fluid-dynamic airflow ensures that moisture is efficiently removed from the sample surface. Via a manually adjustable exhaust air flap, the user can precisely control the air exchange rate and thus the kinetics of mass transfer. In pharmaceutical research, for example, this enables the precise adjustment of the drying rate for sensitive powders or granules, in order to physically prevent thermal degradation or undesirable crystallisation processes. Material resilience and ergonomic design The interior of the BINDER FD 23 FD023-230V is constructed from high-quality stainless steel (grade 1.4301), which offers excellent corrosion resistance and chemical inertness. This is a key selling point for laboratories working with aggressive reagents or high levels of humidity during the drying process. The smooth interior surface, free from any protruding parts, allows for residue-free decontamination and cleaning, which minimises the risk of cross-contamination in multi-user settings at universities. Mechanical integrity is supported by a highly efficient insulating layer that physically limits heat loss to the outside. This not only results in high energy efficiency but also protects staff from burns on the appliance surface – an important aspect of health and safety in the hectic day-to-day life of a laboratory. Cybernetic control and metrological reliability The BINDER FD 23 FD023-230V is controlled via a microprocessor-based controller with an LCD display, which allows digital temperature setting with an accuracy of one-tenth of a degree. To ensure the safety of samples and equipment, an independent Class 2 temperature monitor (DIN 12880) is integrated. This acts as a cybernetic safety system: should the setpoint temperature be exceeded due to a fault, the visual alarm is triggered and the heating is switched off to prevent a thermal runaway scenario. For pharmaceutical companies requiring comprehensive documentation, BINDER offers optional software solutions and interfaces to transfer thermal profiles directly to a LIMS. This metrological precision makes the unit ideal for demanding applications such as the sterilisation of glassware or the thermal ageing of polymers under strictly controlled conditions. Business benefits and sustainability Finally, thanks to its durability and low-maintenance operation, the BINDER FD 23 FD023-230V offers an outstanding total cost of ownership (TCO). The robust ‘Made in Germany’ construction guarantees a long service life even when operated at full capacity on a daily basis. For educational institutions, the simple, intuitive operation is also an advantage, minimising the risk of operating errors by students. The compact design allows it to be installed even in small laboratory units, whilst the ability to stack multiple units maximises space efficiency within the laboratory. With this drying oven, you are investing in a system that combines physical precision with industrial durability. Technical Details Thermodynamics & Heating Capacity Temperature range: room temperature + 10 °C to 300 °C Spatial temperature deviation (at 150 °C): ± 2.2 K Temperature deviation over time (at 150 °C): ± 0.3 K Heating time to 150 °C: approx. 18 min Recovery time after 30 s door opening (at 150 °C): approx. 6 min Heat transfer: Forced convection (convection mode) Metrology & Control Engineering Controller: Digital microprocessor controller with LED display Safety device: Class 2 temperature monitor (DIN 12880) with visual alarm Timer: Integrated timer function (0 to 99 h) Data readout: Visual display, digital setting Mechanics & Chamber Infrastructure Internal volume: 20 litres Inner chamber material: Stainless steel 1.4301 (highly corrosion-resistant) External dimensions (W x H x D): 435 mm x 495 mm x 450 mm Internal dimensions (W x H x D): 222 mm x 285 mm x 300 mm Number of shelves (standard/max.): 2 / 3 Max. total load: 25 kg Max. load per shelf: 12 kg Exhaust air management: Adjustable exhaust air flap (manual) Electrical Engineering & Infrastructure Voltage: 230 V (AC) Frequency: 50/60 Hz Rated power: 0.8 kW Energy consumption (at 150 °C): approx. 160 Wh/h Protection class in accordance with DIN EN 60529: IP 20 Contents of delivery 1 x BINDER FD 23 FD023-230V drying cabinet 2 x chrome-plated insert grids (insert trays) 1 x mains cable for 230 V connection 1 x factory calibration certificate (at 150 °C) 1 x Operating instructions Important note: Additional stainless steel shelves or a certified DQ/IQ/OQ validation service are not included in the standard scope of delivery and must be ordered separately if required. Custom requirements & accessories For operation in GMP-regulated environments, regular recalibration of the BINDER FD 23 FD023-230V is essential to ensure metrological traceability. We also recommend the use of perforated stainless steel trays for particularly small samples to prevent the laminar air flow from being obstructed. For data acquisition, external temperature sensors can be fed into the chamber via an optional feed-through. Please use our procurement service to configure your bespoke accessories package.
Memmert UN110 universal cabinet (108 L) with natural convection, up to +300 °C
Memmert UN110 Universal Cabinet: Gentle and silent temperature control The Memmert UN110 is a versatile heating cabinet with a 108-litre usable volume that operates via natural convection (fanless). It is the ideal solution for sensitive samples and quiet laboratory environments that require precise temperature control up to +300 °C. Gentle heating through natural convection The ‘UN’ system (Universal + Natural convection) operates entirely without a fan. Heat circulation is purely thermal, guaranteeing completely silent operation. This principle protects light sample materials (e.g. powders, films) from turbulence and prevents the samples from drying out too quickly. Main applications of the UN110 This oven is a reliable standard for many laboratory applications: Gentle drying of laboratory glassware or powders Tempering of components and plastics Long-term heat retention of samples in continuous operation Simple control (SingleDISPLAY) Temperature and programmes (ramps) can be set intuitively via the SingleDISPLAY control panel. The AtmoCONTROL software (via USB interface) enables straightforward logging of process data to support your quality assurance. Do you need advice on the Memmert UN110 or accessories such as additional shelf grids? Please contact our specialist staff.
BINDER FD-S 56 drying oven, forced-air circulation, 56 l, up to 300 °C, 9090-0018
BINDER FD-S 56 – Drying cabinet with forced air circulation, 56 l The BINDER FD-S 56 is a compact and efficient drying oven with forced air circulation, ensuring uniform temperature distribution and precise results. With a usable volume of 56 litres and a temperature range from room temperature +10 °C to 300 °C, it is ideally suited to a wide range of applications in laboratories, industry and research. Thanks to the forced-air technology, heat is distributed evenly throughout the interior, enabling rapid drying and heating processes. The user-friendly control panel with digital display allows for precise temperature setting and monitoring. Its robust construction, easy-to-clean stainless steel interior and reliable safety features make the FD-S 56 a durable solution for everyday laboratory use. Key features: Drying oven with forced-air circulation, 56 l net volume Temperature range: RT +10 °C to 300 °C Uniform heat distribution thanks to the forced-air circulation system Digital temperature display for precise control Robust stainless steel interior, easy to clean Compact design for laboratory and industrial use Technical data (excerpt): Manufacturer: BINDER Model: FD-S 56 Item number: 9010-0339 Temperature range: +10 °C above room temperature to 300 °C Useful volume: 56 l Internal dimensions (W × H × D): 400 × 400 × 350 mm External dimensions (W × H × D): 560 × 625 × 565 mm Weight: approx. 44 kg Mains connection: 230 V, 50/60 Hz Contents of delivery: BINDER FD-S 56 drying cabinet 2 stainless steel shelves Mains connection cable Operating instructions
Memmert UN450 Universal Oven, 449 litres, natural convection, 300 °C, SingleDISPLAY
Large-capacity drying without turbulence: Memmert UN450 The Memmert UN450 universal oven is the ideal unit for laboratories and industrial applications requiring gentle temperature control of large batches or bulky samples. With a generous internal volume of 449 litres and natural convection (without a fan), it ensures completely turbulence-free heat transfer. This makes it the perfect choice for drying fine powders, light granules or sensitive components that could be stirred up or damaged by an air flow. Intuitive operation with SingleDISPLAY Equipped with the user-friendly SingleDISPLAY, the UN450 is incredibly easy and straightforward to operate. Temperature, programme duration and the position of the exhaust air flap for fresh air supply can be set intuitively via the high-resolution TFT touchscreen. A high-precision Pt100 temperature sensor (DIN Class A) ensures accurate measurement results and reliable control. Top quality and safety on a large scale Memmert stands for durability: both the housing and the fully welded interior are made of robust, scratch-resistant and easy-to-clean stainless steel (1.4301). Full-surface heating behind the inner walls ensures gentle and uniform heat transfer. To safeguard your samples and processes, the cabinet is fitted with an integrated electronic temperature monitor and a mechanical temperature limiter. Technical specifications in detail: Model: UN450 (natural convection / without fan) Volume: 449 litres Temperature range: Min. 5 °C above room temperature to +300 °C Control: SingleDISPLAY (1x high-resolution TFT touchscreen) Internal dimensions (W x D x H): 1040 x 720 x 600 mm External dimensions (W x D x H): 1224 x 884 x 1247 mm (depth plus 56 mm door handle) Electrical connection: 400 V, 3-phase, 50/60 Hz (high-voltage connection required!) Power consumption: approx. 5800 W Max. load: 300 kg (unit total) / 30 kg (per drawer) Contents of delivery: 1x Memmert UN450 universal cabinet 2x stainless steel wire shelves (electropolished) 1x factory calibration certificate (at +160 °C) Operating instructions Accessories & Service: Do you require additional stainless steel grates (up to 8 available) or a perforated sheet insert for smaller samples? Please use our bespoke procurement service if you cannot find the right accessories directly in the shop.
Binder ED 23 Drying Oven (20 l, natural convection), 9010-0190
The Binder ED 23 (Classic.Line series) is a compact drying and heating cabinet with natural convection, specially designed for routine thermal applications in the laboratory. With an internal volume of 20 litres and a footprint of less than 0.25 m², this model is ideal for laboratories with limited space that nevertheless require temperature control up to 300 °C. Temperature accuracy and APT.line™ At the heart of the ED 23 is the patented APT.line™ preheating chamber technology. Unlike conventional heating systems, where heating elements are located directly inside the chamber, the air is preheated in a separate chamber and distributed evenly into the working chamber via the side walls. This guarantees extremely uniform temperature distribution (±2.8 K at 150 °C) even with natural convection and prevents hotspots that could damage sensitive samples. Process reliability and operation The integrated controller with a timer function (0 to 99 hours) enables defined process sequences, for example for sterilisation cycles. The exhaust air flow can be precisely controlled via a mechanically adjustable air damper on the front panel to accelerate drying processes. Safety is ensured by an independently adjustable Class 2 temperature limiter (DIN 12880) with a visual alarm, which reliably switches the unit off in the event of an overtemperature. Technical details Internal volume: 20 l Temperature range: Room temperature +5 °C to 300 °C Convection type: Natural convection (forced air) Spatial temperature deviation (at 150 °C): ±2.8 K Heating time (to 150 °C): 28 min Air change rate (at 100 °C): 10 times per hour Rated power: 0.8 kW Mains connection: 230 V, 1N, 50/60 Hz Internal dimensions (W x H x D): 222 x 330 x 300 mm External dimensions (W x H x D): 435 x 495 x 520 mm Max. load per tray: 12 kg Max. total load: 25 kg Protection class according to EN 60529: IP 20 Weight (empty): 27 kg Contents of delivery Binder ED 23 drying cabinet 2x wire shelves (chrome-plated) Connection cable with plug User manual Customised requirements & procurement service Do you require the version with an RS 422 interface (MPN 9010-0191) for software integration via APT-COM™? Or are you looking for additional shelves and stacked solutions for your laboratory workstation? We will configure your Binder cabinet precisely to your requirements.
Memmert HPP260eco Constant-Climate Chamber, 256 l, 0°C to +70°C
Unrivalled precision for stability testing: the Memmert HPP260eco The Memmert HPP260eco constant-climate chamber is the gold standard for stability testing, climatic testing and controlled storage in laboratories and research facilities. With a generous volume of 256 litres, this model offers the ideal capacity for medium-sized sample batches whilst maintaining a compact footprint. Thanks to innovative Peltier technology, the HPP260eco operates extremely energy-efficiently, virtually vibration-free and whisper-quiet. Whether for ICH-compliant stability tests (Q1A) in the pharmaceutical industry or demanding material testing in industry – the HPP260eco delivers absolutely reproducible results under highly stable conditions. Focus on energy-efficient Peltier technology At the heart of the HPP260eco is the highly efficient Peltier heating and cooling system. Unlike conventional compressor-cooled units, this technology saves up to 90 per cent in energy costs during partial-load operation. Sustainability is another key advantage: as the system operates entirely without refrigerant-based cooling units, it is virtually maintenance-free and environmentally friendly. The precise fine-tuning of the Peltier elements enables extremely small temperature fluctuations, which is a critical quality feature for your validation, particularly during sensitive long-term tests. Active humidity control for precise conditions A key performance feature of the HPP260eco is its active digital humidification and dehumidification. An external water tank and a self-priming pump are used to precisely control the relative humidity within a range of 10% to 90% rh. Homogeneous distribution within the chamber is ensured by an optimised ventilation system, so that identical climatic conditions prevail at every point in the chamber. This stability is essential for compliance with strict quality standards and the validation of your processes in the pharmaceutical, cosmetics and food industries. Maximum control with the TwinDISPLAY The Memmert TwinDISPLAY ensures intuitive operation and seamless monitoring. Two high-resolution TFT colour graphic displays show all relevant parameters, such as temperature, humidity and fan speed, at a glance. The integrated ControlCOCKPIT software enables legally compliant documentation of process data via USB or Ethernet – a must for GLP/GMP-compliant environments. With the innovative AutoSAFETY system and electronic temperature monitoring, your valuable sample is also protected against deviations at all times. Technical details Internal volume: 256 litres Temperature range: 0 °C to +70 °C (without light) Temperature control accuracy: 0.1 °C Humidity range: 10% to 90% rh Humidity control accuracy: 0.5% rh Internal dimensions (W x H x D): 640 x 800 x 500 mm External dimensions (W x H x D): 824 x 1183 x 655 mm (excluding door handle and connections) Max. number of shelves: 9 (2 wire shelves included as standard) Max. load per unit: 200 kg (max. 20 kg per standard rack) Interior material: Stainless steel 1.4301 (ASTM 304), electropolished Casing material: Textured stainless steel, galvanised rear panel Interfaces: Ethernet (LAN), USB Data logger: Internal memory for log data (minimum 10 years’ capacity) Mains connection: 230 V, 50/60 Hz; power consumption approx. 600 W Weight: approx. 104 kg net Scope of delivery HPP260eco constant-climate chamber 2 stainless steel grates, electropolished Factory calibration certificate (standard points: +10°C, +25°C, +40°C and 60% rh at +25°C) Water connection kit including hose and 10-litre container AtmoCONTROL software (via USB stick) and comprehensive operating instructions Accessories & Advice Maximise the flexibility of your HPP260eco: whether you need additional stainless steel grids, reinforced shelves for heavy loads or integrated LED lighting modules for growth experiments – we offer the right upgrade. Do you require expert training or professional IQ/OQ qualification on site? Take advantage of our dynamic procurement service for a personalised consultation. Our team of experts will be happy to provide you with a bespoke quote tailored precisely to your laboratory workflow.
Memmert UF30 Universal Oven, forced-air drying oven, 32 litres, +300 °C
Precision in the smallest of spaces: the Memmert UF30 universal cabinet The Memmert UF30 universal cabinet epitomises German engineering excellence in the field of temperature control technology. In laboratories where space is at a premium but no compromises can be made on temperature accuracy, this model is the first choice. With an internal volume of 32 litres and powerful forced-air circulation technology, the UF30 delivers excellent drying results and unrivalled temperature uniformity. Whether for material testing, ageing tests, drying glassware or baking components – this universal oven masters every thermal task up to +300 °C with flying colours. The principle of forced air circulation (“F” for Forced Air) The key difference between the Memmert UF30 universal oven and static ovens (UN series) is the integrated, high-performance fan. The ‘F’ in the model designation stands for ‘Forced Air Circulation’. Why is this important for your application? Faster drying: Active air movement removes moisture from the sample surface much more efficiently than natural convection. If you need to dry damp granules, painted parts or washed laboratory equipment, the UF30 significantly reduces the process time. Uniform temperature distribution: The fan ensures continuous air circulation within the chamber. This prevents hot spots or cold zones. Even when the cabinet is fully loaded, the temperature remains virtually the same across all shelf levels. This is essential for standard-compliant testing (e.g. in accordance with DIN or ISO). Rapid recovery times: After the door is opened, the UF30 returns to the set temperature in a flash thanks to active air circulation. Unique heating technology: all-round radiant heat One of Memmert’s hallmarks is its all-round heating. Unlike competitors, who often install heating coils only in the base or on the rear wall, the UF30’s heating elements are protected within fins on all four sides of the interior. This greatly increases the heat-emitting surface area. The result is extremely gentle heat transfer without localised overheating points (‘hotspots’). Your valuable samples are not scorched by direct heat radiation, but are heated evenly. This technology also ensures excellent energy efficiency. Stainless steel: Hygienic, robust and durable The Memmert UF30 universal cabinet is made almost entirely of high-quality, stainless steel (grade 1.4301). The interior: It is seamless, deep-drawn and features rounded corners. This means there are no crevices where dirt or dust can accumulate. Cleaning is completed with just a few wipes – an enormous advantage in cleanroom-like environments or food analysis. The outer casing: The distinctive textured stainless steel sheet is not only a visual highlight in any laboratory, but is also extremely resistant to scratches, fingerprints and mechanical stress. A Memmert cabinet often still looks as good as new even after 20 years. Intuitive operation: ControlCOCKPIT (SingleDISPLAY) The UF30 is controlled via the intuitive ControlCOCKPIT. In the standard version (SingleDISPLAY), this high-resolution TFT touchscreen display offers everything you need for routine operation without overwhelming you with unnecessary complexity. Touch & Turn: You select the function (temperature, fan speed, air damper position, timer) via touch and set the value precisely using the rotary control. Air exchange control: A key feature is the motorised exhaust air damper. You can set on the display how much humid air is to be vented from the cabinet (0% to 100% opening). This allows for precise control of the drying process. Timer functions: Set a running time or use the “SetpointWAIT” function. With this function, the timer only starts once the target temperature inside the chamber has actually been reached. This ensures that your sample is temperature-controlled for exactly the prescribed duration. Safety for the laboratory and the sample The Memmert UF30 universal cabinet is self-monitoring. An electronic temperature monitor (TWW, protection class 3.1) and a mechanical temperature limiter (TB, protection class 1) provide dual protection. Should the electronics fail, the mechanical protection takes over and switches off the heating before any danger arises. Versatility in use Thanks to its compact dimensions, the UF30 fits on any laboratory bench, yet still offers sufficient space for standard applications. Drying: Of powders, granules and electronic components. Ageing: Simulating years of storage through elevated temperatures (plastics, packaging). Curing: Curing of paints or adhesives. Warm-holding: Temperature control of media or bed linen in clinical settings. In summary, the Memmert UF30 is the perfect combination of compactness, speed (thanks to forced air circulation) and legendary build quality. It is a sound investment for any laboratory. Technical data Model: UF30 Universal Cabinet Convection type: Forced circulation via air turbine (forced air), adjustable in 10% increments Internal volume: 32 litres Temperature range: At least 5 °C (preferably 10 °C) above room temperature up to +300 °C Setting accuracy: 0.1 °C (up to 99.9 °C) / 0.5 °C (from 100 °C) Display: SingleDISPLAY (TFT colour graphics) Inner chamber material: Stainless steel 1.4301 (ASTM 304), deep-drawn Housing material: Textured stainless steel, rear panel made of galvanised sheet steel Internal dimensions (W x H x D): 400 x 320 x 250 mm External dimensions (W x H x D): 585 x 704 x 434 mm (depth excluding door handle; depth including handle: +56 mm) Load capacity per shelf: max. 20 kg Total load capacity: max. 60 kg Number of shelves: 1 (standard) / max. 3 possible Voltage / Power: 230 V, 50/60 Hz / approx. 1600 W Protection class: IP 20 Weight: approx. 45 kg (net) Contents of delivery 1 x Memmert UF30 universal cabinet 1 x stainless steel wire rack (insert) 1 x mains cable 1 x factory calibration certificate (at +160 °C) 1 x User manual Customised requirements & accessories Do you require additional insert trays (perforated sheets or wire mesh trays), a feed-through for external sensors, or the AtmoCONTROL software for data logging? We can customise your Memmert cabinet to your specifications. Please contact our procurement service.
Memmert IN750m incubator, 749 litres, 20–80°C
IN750m incubator, medical device, natural convection, SingleDISPLAY, 749 l, operating temperature range: at least 5 °C above room temperature to +80 °C, Set temperature range +20 °C to +80 °C, with 2 wire shelves, external stainless steel door, internal glass door, electronically adjustable exhaust air flap from 0 % to 100 % in 10 % increments, Ethernet interface for reading log data; double overtemperature protection, integrated data logger with storage capacity for at least 10 years, setting of 3 calibration values each via the ControlCOCKPIT; factory calibration certificate for +37 °C; Textured stainless steel housing: 1224 x 1720 x 784 mm; stainless steel interior: 1040 x 1200 x 600 mm; voltage: 230 V, 50/60 Hz; max. power consumption: approx. 2000 W Accessories and spare parts available on request!
LAUDA Alpha A Hanging Thermostat 230 V; #L000618
LAUDA Alpha A Immersion Thermostat 230 V; 50/60 Hz Key features: Immersion thermostat with extremely simple operation Single-line LED display for showing actual or setpoint values User-friendly menu navigation and extremely simple 3-button operation Fully electronic continuous controller Low-leveland over-temperature protection for operation with non-flammable liquids Audible and visual alarm Circulation pump with flow reduction Suitable for baths with a maximum wall thickness of 30 mm and a minimum immersion depth of 150 mm Optional cooling coil and pump circulation kit Technical data (in accordance with DIN 12876): Operating temperature range: 25 … 100 °C Ambient temperature range: 5 … 40 °C Temperature stability: 0.05 ±K Maximum heating power: 1.5 kW Maximum power consumption: 1.5 kW Current consumption: 7 A Pump maximum pressure: 0.2 bar Pump flow rate at maximum pressure: 15 L/min Bath volume (min./max.): 0.0 / 50.0 L Dimensions (WxDxH): 125 x 150 x 300 mm Mains supply: 230 V; 50/60 Hz Mains plug: Mains cable with angled Schuko plug (CEE7/7) Standard accessories: 1 screw terminal
Memmert UF750TS pass-through cabinet, 749 litres, 20–250°C
UF750TS pass-through cabinet, TwinDISPLAY, 749 l, 20 °C - 250 °C, with 2 wire shelves, stainless steel door on both sides, electronically adjustable exhaust air flap from 0 % to 100 % in 10 % increments and fan speed adjustment from 0 % to 100 % in 10 % increments, Ethernet interface for reading out log data; additional programme transfer and online logging; USB port on the ControlCOCKPIT for a USB stick; multiple overtemperature protection, integrated data logger with storage capacity for at least 10 years, setting of 3 calibration values each on the ControlCOCKPIT; factory calibration certificate for +160 °C; Structural stainless steel housing: 1224 x 1714 x 782 mm; stainless steel interior: 1040 x 1200 x 600 mm; voltage: 400 V, 50/60 Hz; max. power consumption: approx. 5000 W
IKA IB R 20 eco plastic bath for thermostats, polycarbonate, 20 litres, 0020004383
The IKA IB R 20 eco plastic bath is a structurally stable, high-capacity, materials-science-based system solution for the professional temperature control of larger sample volumes in clinical, chemical and biological laboratory environments. Specially developed as a perfectly matched system component for IKA immersion thermostats (such as the universal ICC or Bridge series), this high-quality temperature-controlled vessel, with a capacity of 20 litres, provides the ideal basis for safe and reproducible water bath applications on a larger scale. For precise thermodynamic processes in everyday laboratory work, structural durability and excellent thermal insulation are the primary criteria for ensuring constant temperature control throughout long-term test series in a way that is gentle on materials and reliable for the process. Material robustness and complete process visibility The material design of the IB R 20 eco is based on a high-quality, transparent polycarbonate (PC). This specialised plastic is characterised by outstanding impact strength, mechanical resilience and excellent dimensional stability at temperatures of up to 100 degrees Celsius. The crystal-clear optical properties of the bath material offer the user a decisive advantage in day-to-day laboratory use: they allow continuous and unrestricted visual monitoring of all sample vessels (such as test tubes, flasks or reactors) within the bath at any stage of the temperature control process, without the need to disrupt the thermal equilibrium by opening a lid. Generous capacity and optimised thermodynamics From a thermodynamic perspective, the wall thicknesses and geometry of the bath have been optimised to minimise heat loss to the surroundings, even with a large volume of 20 litres. This energy efficiency significantly reduces the load on the attached thermostat and helps to lower the overall carbon footprint of laboratory operations whilst minimising material consumption. To ensure safe fluid management and optimal ergonomic handling, the plastic bath features integrated, ergonomically shaped carrying handles on the front sides. These enable laboratory staff to move, transport or empty the bath in complete safety, even when it is filled with warm temperature-controlled medium. Seamless system integration and rigorous GLP compliance The bath’s structural design guarantees a perfect fit when installing the heating components. The interaction with the original IKA bath bridges ensures that the suspended thermostat is fixed in place absolutely wobble-free and securely. This reliably prevents uncontrolled vibrations or the heating unit from slipping during continuous operation. The easy-to-clean, non-porous surface of the polycarbonate also prevents the build-up of germs or algae residues, enabling the IB R 20 eco to meet the highest standards for clean workplaces in accordance with stringent GLP guidelines. Technical Details Design & Materials Science Bath type: Plastic bath / temperature-controlled vessel for laboratory thermostats Model designation: IB R 20 eco Material: High-quality polycarbonate (PC), crystal-clear and impact-resistant Max. capacity: 20.0 litres Operating temperature range: Room temperature (plus self-heating) up to 100 degrees Celsius Geometry & dimensions Overall dimensions (W x D x H): approx. 514 x 340 x 170 mm Max. basin depth / usable depth: approx. 150 mm Housing features: Integrated, ergonomic carrying handles Net weight (empty): approx. 3.2 kg System compatibility & infrastructure Thermostat connection: Optimised for IKA immersion thermostats (e.g. ICC eco, ICC control) Cleaning: Resistant to mild laboratory cleaning agents; can be wiped clean without damaging the material Installation: Stable base, suitable for any standard laboratory worktop Contents of delivery 1 x IKA IB R 20 eco plastic bath base unit (MPN: 0020004383) 1 x Quick start guide / Quality certificate Important note: The immersion thermostat (e.g. IKA ICC), which is essential for operation, as well as suitable bath bridges, bath lids and test tube holders, are not included in the standard scope of delivery and must be ordered separately according to your specific application. Individual requirements & accessories To complete your temperature control system, we recommend operating the IKA IB R 20 eco with an original IKA immersion thermostat from the ICC eco or ICC control series. To effectively minimise water evaporation losses at operating temperatures above 60 degrees Celsius, we stock suitable polycarbonate bath lids and floating insulating balls. For the organised placement of your sample vessels, we also offer corrosion-free test tube holders, stainless steel inserts and additional cooling coils for external cooling media. Please make use of our technical procurement service to ensure your thermostat peripherals are correctly matched.
Macherey-Nagel NANOCOLOR VARIO Mini Thermoblock, 6 positions, portable, 919380
Anyone who has to digest water samples not in the laboratory but directly on site at the watercourse, at the sewage treatment works or at the customer’s premises is familiar with the problem: without a mains power supply and fixed laboratory equipment, it is virtually impossible to carry out a COD or nitrogen digestion. The Macherey-Nagel NANOCOLOR VARIO Mini thermoblock solves exactly that problem. It can be powered via a 12-volt car socket and, with its compact dimensions of 170 x 105 x 125 mm, fits into any boot or fieldwork bag. As the smallest and most affordable model in the NANOCOLOR VARIO range, it is the ideal entry-level solution for anyone who needs to digest samples occasionally or whilst on the move, without having to invest in a large benchtop unit straight away. Mobile operation without laboratory infrastructure The 12 V, 5 A and 60 W power supply allows connection to a vehicle’s on-board electrical system. This makes the thermoblock a mobile companion for on-site sampling, for example at water bodies, sewage treatment works or construction sites, where no laboratory mains supply is available. Weighing 1,450 g (gross) and with its compact dimensions, the unit can be transported with minimal effort, stowed in a vehicle and set up and made ready for use within a few minutes. Precise temperature control in accordance with standards, even on the move Six boreholes with an external diameter of 16 mm accommodate the cuvette tests. Six fixed temperature settings (70 °C, 100 °C, 120 °C, 148 °C, 150 °C and 160 °C) cover the standard digestion procedures in accordance with DIN, EN, ISO and EPA methods, with a temperature stability of ±1 °C to ensure reproducible results. Even outside the laboratory, there is no need to compromise on accuracy; results obtained in the field are comparable to those from a stationary digestion process. Simple operation and update capability Menu navigation is via an illuminated graphical LCD display with 128 x 64 pixels and four buttons with icon-based navigation, which is intuitive to use even in field conditions whilst wearing gloves or in changing light conditions. Free software updates can be installed via the mini-USB OTG interface, either via a PC and the internet or directly via a USB stick. Internal quality control is possible using the optionally available T-Set adaptors (919917 or the USB version 919921). The removable protective cover is secured magnetically, whilst overheating protection ensures additional operational safety during mobile use. Safe for field use Despite being designed for mobile use, the VARIO Mini meets CE requirements and is rated for an ambient temperature range of 10 to 40 °C and a maximum relative humidity of 80 per cent (non-condensing). The integrated overheating protection and the magnetically secured protective cover ensure that the thermoblock can be operated safely even outside controlled laboratory conditions. Position within the NANOCOLOR VARIO family In addition to the Mini, the NANOCOLOR VARIO range from Macherey-Nagel comprises four further thermoblocks for different requirements: the single-block VARIO C2 with 12 positions for everyday laboratory use, the VARIO C2 M with additional 22-mm bores for larger digestion vessels, the VARIO 4 with two independently controllable blocks for high throughput, and the VARIO HC with active cooling for shorter cycle times. Those who regularly process larger sample batches in the laboratory are better served by one of these benchtop models; in terms of sheer sample capacity, the Mini, with its 6 positions, has been deliberately kept compact. The VARIO Mini remains the right choice when mobility, low weight and an affordable entry-level price are the key priorities. Typical areas of application The NANOCOLOR VARIO Mini really comes into its own wherever samples do not need to be transported to the laboratory first, but digestion must take place directly on site – for example, when a water supplier’s field team needs to check a limit value on site at the weekend and does not want to wait until Monday for the laboratory result: Mobile sampling and on-site digestion for field teams from water suppliers and environmental laboratories Water and wastewater monitoring away from fixed laboratory facilities Small laboratories and in-house laboratories with occasional, non-routine digestion requirements Supplementary equipment for laboratories that already own a larger benchtop unit and wish to be mobile as well Determination of COD, total nitrogen and total phosphorus in the field in accordance with DIN, EN, ISO and EPA methods Technical details Positions/boreholes6 × 16 mm outer diameter Temperature settings70 °C, 100 °C, 120 °C, 148 °C, 150 °C, 160 °C Temperature stability±1 °C (in accordance with DIN, EN, ISO, EPA) Dimensions (L×W×H)170 × 105 × 125 mm Weight (gross)1,450 g Power supply12 V, 5 A, 60 W DisplayBacklit graphic LCD, 128 × 64 pixels Operating conditions10–40 °C, max. 80% relative humidity (non-condensing) CertificationCE Contents 1x NANOCOLOR VARIO Mini thermoblock 1x power cable 1x Fold-away protective cover 1x User manual 1x Certificate Customised requirements & procurement service Do you need suitable NANOCOLOR cuvette tests, a T-Set for internal quality control or accessories for other thermoblock models? Our procurement service will be happy to help you choose the right products.
Macherey-Nagel NANOCOLOR VARIO C2 single thermoblock, 12 positions, 919350
For day-to-day work in water and wastewater analysis, a piece of equipment is needed that the laboratory team can rely on day in, day out – one that is robust, large enough to handle the usual sample throughput, and easy to operate. The Macherey-Nagel NANOCOLOR VARIO C2 thermoblock is designed precisely for this purpose: as a single-block unit with 12 positions, it covers day-to-day operations in sewage treatment works, environmental and contract laboratories, without the added complexity of a dual-block unit or the limitations of a small portable device. Unlike the portable or particularly high-performance models in the range, it is deliberately designed to strike a balanced compromise between capacity, ease of use and purchase cost. 12 positions for day-to-day laboratory work The VARIO C2 accommodates up to 12 cuvette tests with an external diameter of 16 mm simultaneously and carries out the chemical digestion prior to photometric measurement. Six preset standard temperatures (70 °C, 100 °C, 120 °C, 148 °C, 150 °C, 160 °C) minimise operational errors in routine work, whilst six additional freely definable programme slots also cover individual or less frequently required digestion procedures without the need for a second instrument. The standard bore size of 16 mm is compatible with common NANOCOLOR cuvette tests, meaning that standard methods can be carried out directly without the need for special accessories. Precise temperature range, user-friendly operation The temperature range extends from 40 to 160 °C in 1 °C increments, with a stability of ±1 °C in accordance with DIN, EN, ISO and EPA methods. Compliance with these recognised test methods is particularly relevant for laboratories with a duty to provide evidence to regulatory authorities or clients, as it enables results to be documented in a traceable manner. Operation is via a backlit colour touchscreen with an icon-based menu in nine languages, including German, English and French, ensuring that even temporary staff or trainees can quickly find their way around. Space-saving for everyday laboratory use With external dimensions of 282 x 169 x 146 mm and a weight of 2,800 g (gross, including packaging), the VARIO C2 fits on any laboratory workstation without taking up valuable space at the fume cupboard or on the workbench. Its compact design also makes it easy to position next to a NANOCOLOR photometer, enabling a direct transition from digestion to measurement. Network-ready and capable of data logging RS232, USB-A and USB-B interfaces enable connection to PC systems and data exchange. Free software updates can be installed via the internet/PC or a USB stick. This simplifies both integration with existing laboratory software and the sharing of test reports as part of quality assurance. In combination with the optional NANOCOLOR T-Set (919917) or the USB version (919921), automatic calibration including a test certificate in accordance with DWA-A 704 is possible – an important component for internal quality assurance and for audits. Reliable in everyday laboratory use The VARIO C2 meets CE requirements and is designed for an ambient temperature range of 10 to 40 °C and a maximum relative humidity of 80 per cent (non-condensing), as required for continuous operation in everyday laboratory use. Position within the NANOCOLOR VARIO range In addition to the VARIO C2, Macherey-Nagel offers four further thermoblocks in the NANOCOLOR VARIO range: the portable VARIO Mini with 6 positions for use outside the laboratory; the VARIO C2 M with additional 22 mm bores for larger digestion vessels; the VARIO 4 with two independently controllable blocks and 24 positions for high throughput; and the VARIO HC with active cooling for shorter cycle times. For those who exclusively digest standard 16 mm cuvettes and find that 12 positions are sufficient for their day-to-day laboratory work, the VARIO C2 is the ideal central piece of equipment, without having to pay extra for specialised applications. Typical areas of application The VARIO C2 is the workhorse of the NANOCOLOR thermoblock range: designed for daily routine operation where a moderate number of samples need to be digested regularly, for example when a plant laboratory processes a fixed series of COD and nutrient samples every morning before the samples are analysed photometrically: Daily COD, total nitrogen and total phosphorus analysis in sewage treatment works and municipal wastewater treatment plants Routine digestion in in-house laboratories with their own wastewater monitoring Environmental and contract laboratories with a regular, predictable sample throughput Training and university laboratories as the central sample preparation unit for practical sessions Metal digestion and other photometric cuvette tests, in which up to 12 samples are digested in parallel Technical details Positions/boreholes12 × 16 mm outer diameter Temperature range40–160 °C, adjustable in 1 °C increments Preset temperatures70 °C, 100 °C, 120 °C, 148 °C, 150 °C, 160 °C (+ 6 freely definable slots) Temperature stability±1 °C (in accordance with DIN, EN, ISO, EPA) Dimensions (L×W×H)282 × 169 × 146 mm Weight (gross, including packaging)2,800 g Power supply110–230 V AC, 50/60 Hz, 150/300 W DisplayBacklit colour touchscreen, icon-based menu InterfacesRS232, USB-A, USB-B Operating conditions10–40 °C, max. 80% relative humidity (non-condensing) CertificationCE Contents 1x NANOCOLOR VARIO C2 thermoblock 1x mains cable 1x Fold-away protective cover 1x User manual 1x data cable 1x software DVD 1x certificate Customised requirements & procurement service Do you need suitable NANOCOLOR cuvette tests, a T-Set for automatic calibration or accessories for other thermoblock models? Our procurement service will be happy to help you choose the right products.
Macherey-Nagel NANOCOLOR VARIO C2 M thermoblock, 10 positions, 22 mm bores, 919350.1
Not every sample fits into a standard 16 mm diameter cuvette. Metal analysis and other specialised methods often require larger round cuvettes or reaction vessels, for which a standard 16 mm instrument simply does not have enough space. The Macherey-Nagel NANOCOLOR VARIO C2 M thermoblock fills this gap: It combines eight standard 16 mm bores with two additional 22 mm diameter bores in a single unit, meaning that routine and XL digests no longer need to be split between two separate thermoblocks. For laboratories that regularly require both vessel sizes, this eliminates the need to purchase a second unit. This not only saves on capital expenditure but also on floor space in the laboratory. Two bore sizes, one instrument Of the 10 positions in total, eight (16 mm) are designed for standard cuvette tests, whilst two additional 22 mm bores accommodate larger round cuvettes or reaction vessels, such as those used in particular for XL digests in metal analysis. The C2 M therefore covers both daily routine work and samples with non-standard vessel geometries without the need to purchase an additional instrument. For laboratories that only occasionally digest XL vessels, this eliminates the need for a separate thermoblock solely for special cases. Precise temperature range, user-friendly operation The temperature range extends from 40 to 160 °C in 1 °C increments, with a stability of ±1 °C in accordance with DIN, EN, ISO and EPA methods. Six preset standard temperatures and six freely definable programme slots cover both routine and special methods equally, regardless of whether a 16 mm or 22 mm bore is used. Operation is via a backlit colour touchscreen display with an icon-based menu in nine languages, including German, English and French. Space-saving for everyday laboratory use With external dimensions of 282 x 169 x 146 mm and a weight of 2,800 g (gross, including packaging), the VARIO C2 M occupies the same footprint as the VARIO C2, despite the two additional 22-mm bores. This means that a separate unit for XL vessels is not only functionally but also physically redundant, which is a significant advantage, particularly in smaller laboratories with limited worktop space. Network-compatible and capable of data logging RS232, USB-A and USB-B interfaces enable connection to PC systems and data exchange; free software updates can be installed via the internet/PC or a USB stick. This simplifies integration with existing laboratory software and the sharing of test reports. In combination with the optional NANOCOLOR T-Set (919917) or the USB version (919921), automatic calibration including a test certificate in accordance with DWA-A 704 is possible, which is important for internal quality assurance. Reliable in everyday laboratory use The VARIO C2 M meets CE requirements and is designed for an ambient temperature range of 10 to 40 °C and a maximum relative humidity of 80 per cent (non-condensing), even when operating with a mix of standard and XL boreholes. Position within the NANOCOLOR VARIO family The VARIO C2 M complements the structurally identical VARIO C2 (12 positions, 16 mm only) with two 22 mm bores for larger digestion vessels, offering a total of 10 positions instead of 12. Those working exclusively with standard cuvettes will find the VARIO C2 sufficient and can save on the two unnecessary XL positions compared to the C2 M. Those who need to work on the move will find the VARIO Mini the ideal solution, whilst those wishing to run two methods simultaneously or process a particularly large number of samples per run will find the VARIO 4, with two independent blocks and 24 positions, the right choice. The VARIO HC further complements the range with an active cooling function for shorter cycle times. Typical applications The VARIO C2 M is suitable for laboratories which, in addition to the standard 16 mm cuvette routine, regularly need to digest larger vessels as well – for example, where the same laboratory handles both standard COD samples and metal samples in larger reaction vessels, and both digestions are to be carried out using the same instrument: XL digestions for metal analysis in reaction vessels with a diameter of 22 mm Parallel operation of standard cuvettes (16 mm) and larger round cuvettes in a single instrument Environmental and in-house laboratories with a mixed sample range comprising routine and specialised methods Contract laboratories that need to accommodate different customer specifications regarding vessel size Sewage treatment works and wastewater treatment plants carrying out occasional metal digestion alongside routine COD testing Technical details Positions/bores8 × 16 mm + 2 × 22 mm outer diameter (10 in total) Temperature range40–160 °C, adjustable in 1 °C increments Preset temperatures70 °C, 100 °C, 120 °C, 148 °C, 150 °C, 160 °C (+ 6 freely definable settings) Temperature stability±1 °C (in accordance with DIN, EN, ISO, EPA) Dimensions (L×W×H)282 × 169 × 146 mm Weight (gross, including packaging)2,800 g Power supply110–230 V AC, 50/60 Hz, 150/300 W DisplayBacklit colour touchscreen, icon-based menu InterfacesRS232, USB-A, USB-B Operating conditions10–40 °C, max. 80% relative humidity (non-condensing) CertificationCE Contents 1x NANOCOLOR VARIO C2 M thermoblock 1x mains cable 1x Fold-away protective cover 1x User manual 1x data cable 1x software DVD 1x certificate Customised requirements & procurement service Do you require suitable NANOCOLOR cuvette tests, empty cuvettes (16 mm or 22 mm), reaction vessels or a T-set for automatic calibration? Our procurement service will be happy to assist you in making the right choice.
Macherey-Nagel NANOCOLOR VARIO 4 thermoblock, two separate blocks, 24 positions, 919300
Anyone who has to process large sample runs using different digestion methods on a daily basis is familiar with the time-related issue: if a COD digestion is currently running at 148 °C in a single thermoblock, a nitrogen digestion at a different temperature has to wait until the thermoblock has been readjusted and stabilised again. The Macherey-Nagel NANOCOLOR VARIO 4 thermoblock solves this problem with two completely separate heating blocks, each of which is controlled independently to different temperatures. This allows two different digestion methods to run simultaneously rather than one after the other, processing up to 24 samples per run in total without any waiting time between them. This makes the VARIO 4 the model with the highest capacity in the entire NANOCOLOR VARIO range and the right choice for laboratories reaching their capacity limits. Two independent blocks for parallel methods Each of the two blocks has 12 wells with an external diameter of 16 mm, as well as its own temperature control, its own standard temperatures and its own freely definable programme slots, completely independent of the other block. This allows, for example, COD and nitrogen digestion to be carried out simultaneously in separate blocks, without one block having to be readjusted between two methods. For laboratories with high sample throughput and varying digestion methods, this significantly reduces the overall turnaround time compared with a single-block instrument, as there is no longer any need to wait for a new target temperature to be reached. Precise temperature range, user-friendly operation Both blocks cover a temperature range from 40 to 160 °C in 1 °C increments, with a stability of ±1 °C in accordance with DIN, EN, ISO and EPA methods. Six preset standard temperatures and six freely definable programme slots per block cover routine and specialised methods, each block adjustable independently of the others. Operation is via a backlit colour touchscreen display with an icon-based menu in nine languages, including German, English and French. Space-saving for everyday laboratory use With external dimensions of 287 x 290 x 146 mm and a weight of 4,200 g (gross, including packaging), the VARIO 4 takes up only slightly more floor space than the single-block models in the range, despite having double the block capacity. For the additional capacity of 24 positions instead of 12, this represents a reasonable space requirement on the workbench, particularly when compared to two separately installed single-block units. Network-compatible and capable of data logging RS232, USB-A and USB-B interfaces enable connection to PC systems and data exchange; free software updates can be installed via the internet/PC or a USB stick. This facilitates integration with existing laboratory software and the transfer of test reports from both blocks. In combination with the optional NANOCOLOR T-Set (919917) or the USB version (919921), automatic calibration including a test certificate in accordance with DWA-A 704 is possible. Reliable in everyday laboratory use The VARIO 4 meets CE requirements and is designed for an ambient temperature range of 10 to 40 °C and a maximum relative humidity of 80 per cent (non-condensing), even during continuous operation with two blocks running simultaneously. Position within the NANOCOLOR VARIO family Within the NANOCOLOR VARIO family, the VARIO 4, with 24 positions and two independent blocks, is the model with the largest capacity. The VARIO Mini, with 6 positions, is significantly better suited to mobile use on site; for standard laboratory routines, the VARIO C2 with 12 positions is ideal; and for larger digestion vessels, the VARIO C2 M with 22 mm bores and 10 positions is the best choice. Those who require shorter cooling times in addition to high throughput will find the VARIO HC with active cooling a suitable option, although it features just one block and 12 positions instead of two blocks. Typical areas of application The VARIO 4 is designed for laboratories with high throughput and simultaneous method requirements, for example where a contract laboratory needs to process several client orders with different parameters simultaneously in the morning, rather than running them one after the other using a single block: High sample throughput in large sewage treatment works and central wastewater laboratories Simultaneous COD and nitrogen or phosphorus digestion in separate blocks Environmental and contract laboratories processing multiple methods and client orders in parallel Drinking water suppliers with an extensive range of parameters and fixed processing times University laboratories and training centres where several research groups require different digestion methods simultaneously Technical details Positions/boreholes2 × 12 × 16 mm outer diameter (24 in total, two independent blocks) Temperature range40–160 °C, adjustable in 1 °C increments Preset temperatures70 °C, 100 °C, 120 °C, 148 °C, 150 °C, 160 °C (+ 6 freely definable slots) Temperature stability±1 °C (in accordance with DIN, EN, ISO, EPA) Dimensions (L×W×H)287 × 290 × 146 mm Weight (gross, including packaging)4,200 g Power supply110–230 V AC, 50/60 Hz, 300/550 W DisplayBacklit colour touchscreen, icon-based menu InterfacesRS232, USB-A, USB-B Operating conditions10–40 °C, max. 80% relative humidity (non-condensing) CertificationCE Contents 1x NANOCOLOR VARIO 4 thermoblock 1x mains cable 2x Fold-down protective covers (one per thermoblock) 1x user manual 1x data cable 1x software DVD 1x certificate Customised requirements & procurement service Do you need suitable NANOCOLOR cuvette tests, a T-Set for automatic calibration or accessories for other thermoblock models? Our procurement service will be happy to help you choose the right products.
Macherey-Nagel NANOCOLOR VARIO HC Thermoblock, 12 positions, active cooling, 919330
The process doesn’t end with digestion; there’s still more to do before measurement: before a sample can be analysed photometrically, it must first cool back down to room temperature; with a passively cooling thermoblock, this can take a considerable amount of time, depending on the number of samples. The Macherey-Nagel NANOCOLOR VARIO HC thermoblock shortens precisely this step: an active cooling function cools the samples down specifically after digestion, rather than waiting for passive cooling. This is particularly noticeable in laboratories with high sample throughput and tight timeframes, for example when results must be available on the same day and the number of samples is simply too high for passive cooling. This time saving is particularly noticeable in the daily workflow of laboratories with fixed deadlines for test reports. Active cooling for shorter overall cycle times Instead of waiting passively for the samples to return to room temperature after digestion, the VARIO HC actively cools them down. This noticeably shortens the total cycle time comprising digestion and cooling, thereby increasing the potential sample throughput per working day, particularly during batch analyses involving many consecutive samples. The power supply is designed accordingly: 150 W for the heating function and 550 W for active cooling, ensuring that the cooling phase also proceeds swiftly and does not become a new time-consuming step in the process. Precise temperature range, user-friendly operation The temperature range extends from 40 to 160 °C in 1 °C increments, with a stability of ±1 °C in accordance with DIN, EN, ISO and EPA methods. Six preset standard temperatures and six freely definable programme slots cover routine parameters such as COD, TOC, total nitrogen, total phosphorus and metals. Operation is via a backlit colour touchscreen display with an icon-based menu in nine languages, including German, English and French. Space-saving for everyday laboratory use With external dimensions of 287 x 290 x 146 mm and a weight of 4,050 g (gross, including packaging), the VARIO HC requires no additional floor space compared with the VARIO 4, despite its integrated cooling function. The additional power consumption for active cooling does not result in a larger footprint, meaning the VARIO HC can be swapped for the VARIO 4 without any space constraints. Network-ready and documentation-capable RS232, USB-A and USB-B interfaces enable connection to PC systems and data exchange; free software updates can be installed via the internet/PC or a USB stick. This facilitates integration with existing laboratory software and the sharing of test reports as part of quality assurance. In combination with the optional NANOCOLOR T-Set (919917) or the USB version (919921), automatic calibration including a test certificate in accordance with DWA-A 704 is possible. Reliable in everyday laboratory use The VARIO HC meets CE requirements and is designed for an ambient temperature range of 10 to 40 °C and a maximum relative humidity of 80 per cent (non-condensing). Position within the NANOCOLOR VARIO family The VARIO HC shares the 12 positions and the temperature range of 40 to 160 °C with the VARIO C2, but adds an active cooling function. Those who do not require active cooling will find the VARIO C2 sufficient and will save on the higher power consumption associated with the cooling function. For mobile use, the VARIO Mini with 6 positions is available; for larger digestion vessels, the VARIO C2 M with 22 mm bores; and for parallel methods requiring even higher capacity, the VARIO 4 with two independent blocks and 24 positions. Typical areas of application The VARIO HC is suitable for laboratories where it is not just the digestion itself that counts, but the entire time taken to obtain the measurement result – for example, when a contract laboratory needs to analyse a large series of samples on the same day and report the results back to the client without having to wait for the slow passive cooling of the cuvettes: Batch measurements with high sample throughput and tight time windows until results are transmitted Sewage treatment works and wastewater treatment plants with a cyclical sample flow, for example at fixed sampling times Contract laboratories that need to deliver results on the same day Environmental laboratories processing several sample series in parallel with tightly scheduled time windows each day COD, TOC, total nitrogen, total phosphorus and metal digestion followed by rapid photometric analysis Technical details Positions/boreholes12 × 16 mm outer diameter Temperature range40–160 °C, adjustable in 1 °C increments Preset temperatures70 °C, 100 °C, 120 °C, 148 °C, 150 °C, 160 °C (+ 6 freely definable slots) Temperature stability±1 °C (in accordance with DIN, EN, ISO, EPA) Active coolingYes, to reduce the overall cycle time Dimensions (L×W×H)287 × 290 × 146 mm Weight (gross, including packaging)4,050 g Power supply110–230 V AC, 50/60 Hz, 150 W (heating) / 550 W (active cooling) DisplayBacklit colour touchscreen, icon-based menu InterfacesRS232, USB-A, USB-B Operating conditions10–40 °C, max. 80% relative humidity (non-condensing) CertificationCE Contents 1x NANOCOLOR VARIO HC thermoblock 1x mains cable 1x Fold-away protective cover 1x User manual 1x data cable 1x software DVD 1x certificate Customised requirements & procurement service Do you need suitable NANOCOLOR cuvette tests, a T-Set for automatic calibration or accessories for other thermoblock models? Our procurement service will be happy to help you choose the right products.
Memmert IF30m Incubator, 32 litres, 20–80°C
IF30m incubator, medical device, forced convection, SingleDISPLAY, 32 l, operating temperature range: at least 10 °C above room temperature up to +80 °C, set temperature range: +20 °C to +80 °C, with 1 wire shelf, external stainless steel door, internal glass door, electronically adjustable exhaust air flap from 0% to 100% in 10% increments and fan speed adjustment from 0% to 100% in 10% increments, Ethernet interface for reading out log data; dual overtemperature protection, integrated data logger with storage capacity for at least 10 years, setting of 3 calibration values each via the ControlCOCKPIT; factory calibration certificate for +37 °C; Structured stainless steel housing: 585 x 704 x 434 mm; stainless steel interior: 400 x 320 x 250 mm; voltage: 230 V, 50/60 Hz; max. power consumption: approx. 1600 W Accessories and spare parts available on request!
Memmert IPP1060ecoplus Peltier-cooled incubator, 1060 L, 0–70 °C, TwinDISPLAY
Thermodynamic efficiency through advanced Peltier technology In the demanding fields of microbiology, the stability testing of pharmaceuticals in accordance with ICH guidelines, or the cultivation of insects and cell cultures, absolutely precise and stable temperature control is essential. The Memmert IPP1060ecoplus completely redefines the standards for incubators in the 1,000-litre class. Instead of a conventional, fault-prone compressor cooling system using climate-damaging refrigerants, this high-tech unit operates exclusively with state-of-the-art Peltier elements (based on the heat pump principle). The system cools and heats using exactly the same semiconductor component. The process-related advantage: in continuous operation, the unit consumes up to 90 per cent less energy than comparable compressor incubators. As Peltier elements can be controlled with extreme precision and without delay, the heating, cooling and recovery times following the opening of the door are drastically minimised. Dangerous temperature overshooting, which could irreversibly destroy sensitive samples such as protein crystals or delicate cell cultures, is physically virtually ruled out by this precise control. TwinDISPLAY: Maximum process reliability and GLP compliance The ‘plus’ suffix in the model name indicates the integration of the high-end TwinDISPLAY control system. This dual, high-resolution TFT colour display offers users full control over all process-critical parameters. Two independent Pt100 temperature sensors (DIN Class A) continuously monitor each other within the chamber via a 4-wire measurement circuit. In the event of a potential hardware fault, the intact sensor immediately and seamlessly takes over the function of the other. The intelligent SetpointWAIT function also ensures that the programmed process and hold time only begins once the exact target temperature has been physically reached throughout the entire interior. For strictly certified laboratories in accordance with Good Laboratory Practice (GLP) or FDA requirements, the internal data logger records all measured values in a tamper-proof manner for at least ten years. The supplied AtmoCONTROL software enables the convenient creation of complex temperature profiles on a PC and their seamless transfer via USB or Ethernet interface. Enormous usable volume with whisper-quiet operation With a fully usable internal volume of 1,060 litres, the IPP1060ecoplus is the ideal large-scale unit for laboratories with extremely high sample throughput or for the simultaneous storage of bulky test batches. Despite its enormous capacity, the Peltier incubator operates almost silently and with virtually no vibration, as there is no heavy compressor to transmit mechanical vibrations to the sample vessels. This is an invaluable analytical advantage for sensitive biological cultures. To ensure that the thermal microclimate inside the chamber is not disrupted during visual sample inspection, this large-volume unit is fitted with double inner glass doors behind the outer doors. Hygienic design and high-quality materials for sterile environments Memmert makes no compromises when it comes to durability and hygiene. Both the textured outer casing and the seamless, fully welded interior are made entirely from high-quality, corrosion-resistant stainless steel. In stark contrast to cheap plastic interiors, this stainless steel offers outstanding microbiological safety. It can be thoroughly disinfected using all standard laboratory cleaning agents, does not release any gases and provides absolutely no breeding ground for bacteria or fungi. The Memmert IPP1060ecoplus is therefore the most economical, safest and most environmentally friendly solution for the most demanding incubation processes from 0 °C to +70 °C. Technical details Useful volume: 1060 litres Operating temperature range: 0 °C (at least 20 °C below room temperature) to +70 °C Temperature control accuracy: 0.1 °C Temperature control: 2 x Pt100 sensors (DIN Class A in 4-wire measurement) for mutual monitoring Heating/cooling technology: Advanced Peltier Technology (refrigerant-free heat pump principle) Air circulation: Forced circulation via Peltier fan (rapid energy transfer) Control: TwinDISPLAY (adaptive multifunctional digital PID microprocessor controller with 2 TFT displays) Safety: Adjustable electronic over-temperature protection, mechanical temperature limiter, self-diagnostic system Timer: Digital countdown timer (1 minute to 99 days) Additional function: SetpointWAIT (process time only starts once the setpoint temperature has been reached) Data logger: Internal ring buffer for at least 10 years of tamper-proof data Interfaces: Ethernet, USB (including AtmoCONTROL software on a USB stick) Inner chamber material: Stainless steel (grade 1.4301 / ASTM 304) Housing material: Textured stainless steel Doors: 2 external stainless steel doors, 2 internal full-glass doors (double-leaf) Shelves (racks): Up to 14 shelves possible Internal dimensions (W x H x D): 1040 x 1200 x 850 mm External dimensions (W x H x D): 1224 x 1720 x 1005 mm Weight (net): approx. 248 kg Maximum power consumption: approx. 1300 W Voltage: 230 V / 115 V, 50/60 Hz Contents of delivery 1 x Memmert Peltier-cooled incubator IPP1060ecoplus (1060 L) 2 x stainless steel wire shelves (electropolished) 1 x factory calibration certificate (for +10 °C, +25 °C and +40 °C) 1 x USB stick with AtmoCONTROL software and operating instructions 1 x mains lead Individual requirements & accessories The two stainless steel grating panels supplied provide a solid foundation. However, to make full use of the enormous 1,060-litre capacity in your laboratory, we strongly recommend ordering additional electropolished stainless steel grating panels (up to a maximum of 14) or reinforced grating panels (for loads of up to 60 kg). For comprehensive quality management documentation in GMP areas, you can also commission customised IQ/OQ/PQ qualification documents and measurements from us. Our procurement service will be happy to configure the ideal setup for you, including suitable drip trays and individual calibration certificates.
Memmert UF450plus Universal Cabinet, 449 litres, TwinDISPLAY, 300 °C
High-end drying on a large scale: Memmert UF450plus The Memmert UF450plus universal oven combines a generous internal capacity of 449 litres with the most advanced control technology on the market. It is the perfect solution for laboratories, research institutions and industry when large batches or bulky samples need to be dried, sterilised or tested under strictly controlled, complex temperature profiles. The powerful forced-air circulation system guarantees extremely short heating-up and drying times. TwinDISPLAY: Full control for complex processes At the heart of this model is the intuitive TwinDISPLAY. Two high-resolution TFT touchscreens make it child’s play to configure sophisticated temperature ramps and programme-controlled sequences. The fan speed and fresh air supply can be precisely controlled. In addition, the HeatBALANCE function allows the distribution of heating power between the upper and lower sections of the cabinet to be specifically adjusted – ideal for asymmetrical loads. Uncompromising safety and documentation Two independent Pt100 sensors (DIN Class A) monitor the temperature and seamlessly take over the function of the other in the event of a failure. The AutoSAFETY system protects your valuable load through automatic alarms and heating shutdown in the event of deviations. To meet the strictest quality standards, the integrated data logger records the entire process, which can be conveniently analysed using the supplied AtmoCONTROL software. Detailed technical specifications: Model: UF450plus (convection / forced air) Volume: 449 litres Temperature range: Min. 10 °C above room temperature up to +300 °C Control: TwinDISPLAY (2x high-resolution TFTs, fully programmable) Internal dimensions (W x D x H): 1040 x 720 x 600 mm External dimensions (W x D x H): 1224 x 884 x 1247 mm (depth plus 56 mm door handle) Electrical connection: 400 V, 3-phase, 50/60 Hz (high-voltage connection required!) Power consumption: approx. 5800 W Max. load: 300 kg (unit total) / 30 kg (per standard drawer) Contents of delivery: 1x Memmert UF450plus universal cabinet 2x stainless steel wire shelves (electropolished) 1x factory calibration certificate (at +160 °C) 1x USB stick (including AtmoCONTROL software) Operating instructions Accessories & Service: Do you require reinforced grating panels for heavy individual samples or a bespoke calibration certificate? Please make use of our bespoke procurement service if you cannot find the accessories you require directly in the shop.
IKA IB 8 eco plastic bath for thermostats, polycarbonate, 8 litres, 0004248100
The IKA IB 8 eco plastic bath represents a structurally stable and highly precise, materials-science-based system solution for the professional temperature control of sample media in clinical, chemical and biological laboratory environments. Specially developed as a perfectly matched system component for IKA immersion thermostats (such as the universal ICC series), this high-quality temperature-controlled vessel provides the ideal basis for safe and reproducible water bath applications. For precise thermodynamic processes in day-to-day laboratory work, structural durability and excellent thermal insulation are the primary criteria for ensuring constant temperature control throughout long-term test series in a way that is gentle on the material and reliable for the process. Excellence in materials science and visual process control The material design of the IB 8 eco is based on a high-quality, transparent polycarbonate (PC). This specialised plastic is characterised by outstanding impact resistance, mechanical resilience and excellent dimensional stability at temperatures of up to 100 degrees Celsius. The crystal-clear optical properties of the bath material offer the user a decisive advantage in day-to-day laboratory use: they allow continuous and unrestricted visual monitoring of the sample vessels (such as test tubes or Erlenmeyer flasks) within the bath at any stage of the temperature control process, without the thermal equilibrium having to be disrupted by opening a lid. Thermodynamic efficiency and ergonomic design From a thermodynamic perspective, the wall thicknesses and geometry of the bath have been optimised to minimise heat loss to the surroundings. This energy efficiency significantly reduces the load on the attached thermostat and helps to lower the overall carbon footprint of laboratory operations whilst minimising material consumption. To ensure safe fluid management and optimal ergonomic handling, the plastic bath features integrated, ergonomically shaped carrying handles on the front sides. These enable laboratory staff to move, transport or empty the bath in complete safety, even when it is filled with warm temperature-control medium. Seamless system integration and GLP compliance The bath’s structural design guarantees a perfect fit when installing the heating components. The interaction with the original IKA bath bridges ensures that the suspended thermostat is fixed in place absolutely wobble-free and securely. This reliably prevents uncontrolled vibrations or the heating unit from slipping during continuous operation. The easy-to-clean, non-porous surface of the polycarbonate also prevents the build-up of germs or algae residues, meaning that the IB 8 eco meets the highest standards for clean workplaces in accordance with stringent GLP guidelines. Technical Details Design & Materials Science Bath type: Plastic bath / temperature-controlled vessel for laboratory thermostats Model designation: IB 8 eco Material: High-quality polycarbonate (PC), crystal-clear and impact-resistant Max. capacity: 8.0 litres Operating temperature range: Room temperature (plus self-heating) up to 100 degrees Celsius Geometry & dimensions Overall dimensions (W x D x H): approx. 340 x 240 x 170 mm Maximum basin depth / usable depth: approx. 150 mm Housing features: Integrated, ergonomic carrying handles Net weight (empty): approx. 1.5 kg System compatibility & infrastructure Thermostat connection: Optimised for IKA clip-on thermostats (e.g. ICC eco, ICC control) Cleaning: Resistant to mild laboratory cleaning agents; can be wiped clean without damaging the material Installation: Compact footprint, suitable for any standard laboratory worktop Contents of delivery 1 x IKA IB 8 eco plastic bath base unit (MPN: 0004248100) 1 x Quick start guide / Quality certificate Important note: The immersion thermostat (e.g. IKA ICC), which is essential for operation, as well as suitable bath bridges, bath lids and test tube holders, are not included in the standard scope of delivery and must be ordered separately according to your specific application. Individual requirements & accessories To complete your temperature control system, we recommend operating the IKA IB 8 eco with an original IKA immersion thermostat from the ICC eco or ICC control series. To effectively minimise water evaporation losses at operating temperatures above 60 degrees Celsius, we stock suitable polycarbonate bath lids and floating insulating balls. We also offer corrosion-free test tube holders and stainless steel inserts to ensure your sample vessels are arranged in an organised manner. Please make use of our technical procurement service to ensure your thermostat peripherals are correctly configured.
LAUDA Hydro H 8 water bath 230 V; 50/60, #L002901
LAUDA Hydro H 8 Water Bath 230 V; 50/60 Hz Key features: Easy-to-use water bath TFT display with a clear overview of all process data Setting and display of temperature values in increments of 0.1°C. Setting of timer values in hours (h) and minutes (min). Membrane keypad with clear symbols Digital setpoint adjustment Adjustable trigger points for over- and under-temperature alarms up to a maximum of +/- 10 K Temperature display switchable from °C to °F Single-point temperature controller Visual and audible alarm in the event of low water level, over- and under-temperature, and sensor breakage/short circuit Electronic function monitoring of the temperature controller Three application-specific timer functions Bath body, cover frame, sieve tray and heating element made of stainless steel Bath vessel with drain tap Heat-insulating lid made of stainless steel; double-walled with an inner curve to prevent condensate from dripping back into the vessels Lid and sieve tray supplied as standard Technical data: Operating temperature range: 25 … 100 °C Ambient temperature range: 10 … 40 °C Temperature stability: 0.1 ±K Maximum heating power: 1 kW Bath dimensions (WxDxH): 245 x 200 x 165 mm Bath opening (Ø): Bath volume min./max.: 3.8 / 7.0 L Dimensions (WxDxH): 340 x 395 x 275 mm Mains supply: 230 V; 50/60 Hz Mains plug: Mains cable with angled Schuko plug (CEE7/7)