Binder

BINDER E 28 Heating oven with mechanical control
With a BINDER E series heating oven, you obtain a reliable and powerful unit in a solid configuration at a very attractive price. This heating oven is preferred for tasks in basic research, as well as in human and veterinary medicine.

• Temperature range 60 °C (140 °F) to 230 °C (446 °F)
• Robust, space-saving small unit with hydraulic-mechanical control and adjustable ventilation
• Hydro-mechanical thermostat
• Timer 0 to 120 min
• Optional independent temperature safety device class 1 (DIN 12880)
• 2 chrome-plated racks included
• Units are stackable
• BINDER test confirmation

BINDER ED 23 Heating oven with mechanical control
The strength of the BINDER ED series heating oven: routine drying and sterilization applications up to 300 °C. Thanks to the gravity convection, thermal processes are highly efficient for this heating oven. A BINDER ED heating oven ensures fast, uniform drying.

• Electronically controlled APT.line^TM preheating chamber assuring temperature accuracy and reproducible results
• Temperature range from 5 °C above ambient temperature to 300 °C
• Digital temperature setting with an accuracy of one degree
• DS control with integrated timer 0 to 99,59 hrs
• Independent adjustable temperature safety device class 2 (DIN 12880), with visual temperature alarm
• Adjustable ventilation by means of front ventilation flap slide and rear exhaust Ø 50 mm
• Optional RS 422 Interface for APT-COM^TM Data Control System communication software
• Units up to 115 liters are stackable
• 2 chrome-plated racks included
• ED 23 with space-saving door mechanism
• BINDER test confirmation

BINDER FDL 115 Safety drying oven

The BINDER FDL 115 with silicone and dust-free inner chamber, as well as symmetric airflow dries specimens containing solvents and thus this safety drying oven meets all EN 1539 requirements.

Advantages

• Defined solvent quantity according to EN 1539
• Wide temperature range up to 300 °C
• Overtemperature monitoring
• Exhaust airflow monitoring

Areas of application

• Chemicals
• Surface Technology

Performance characteristics

• Electronically controlled APT.line^TM preheating chamber assuring temperature accuracy and reproducible results All safety features met according to EN 1539
• Temperature range from 10 °C above ambient temperature to 300 °C
• Controller with 2 programs with 10 sections each, or alternatively one program with 20 sections
• The time of an individual program step can be set to max. 99.59 hours or 999.59 hours. This adjustment applies to all program sections.
• Integrated weekly program timer with real-time function
• Adjustable ramp function via program editor
• Digital temperature setting with an accuracy of one degree
• Elapsed time indicator
• Door gasket FKM (for max. temperature of 200 °C - 392 °F)
• Replaceable fresh-air filter cartridge. Class F6 (EU6 fine-particle filter for particle sizes 1 µm to 10 µm)
• Independent adjustable temperature safety device class 2 (DIN 12880), with visual temperature alarm
• Fresh-air monitoring with visual and audible alarm and automatic deactivation of heating
• Rear exhaust connector Ø 100 mm (4 inch)
• RS 422 interface for use with APT-COM^TM DataControlSystem communication software
• Units up to 115 liters are stackable
• 2 chrome-plated racks included
• BINDER test confirmation

BINDER FED 400 Heating chamber with mechanical convection
The multi-talented BINDER heating chamber of the FED series provides almost unlimited capacity and is particularly adaptable. With advanced timing functions and a digitally controllable fan, this heating chamber easily controls temperature and convection conditions.

• Electronically controlled APT.line^TM preheating chamber assuring temperature accuracy and reproducible results
• Temperature range from 5 °C above ambient temperature to 300 °C
• MS controller with several timer functions
• Controller timer functions: delayed ON, delayed OFF, temperature dependent delayed OFF
• Digital temperature setting with an accuracy of one degree
• Adjustable fan speed
• Front ventilation flap slide and rear exhaust duct Ø 50 mm (1.97 inch)
• Independent adjustable temperature safety device class 2 (DIN 12880), with visual temperature alarm
• RS 422 interface for use with APT-COM^TM DataControlSystem communication software or switch over to printer output with RS 232 - RS 422 interface converter
• Units up to 115 liters are stackable
• 2 chrome-plated racks included
• BINDER test confirmation

BINDER Incubator B 28 with mechanical control

With the B series incubator, you obtain a reliable and powerful unit in a solid configuration at a very attractive price.
Temperature range 30 °C (86 °F) up to 70 °C (158 °F)

• Mechanical control
• Hydro-mechanical thermostat
• Inner glass door
• 2 chrome-plated racks included
• Units are stackable
• BINDER test confirmation

BINDER Incubator BD 23 with gravity convection

The BINDER incubator of the BD series with gravity convection is the specialist in long-term and stable continuous operation. This incubator is specially designed for gentle incubation of organisms, as well as conditioning of heat-sensitive media or microbiological heating.

• Electronically controlled APT.line^TM preheating chamber assuring temperature accuracy and reproducible results
• Temperature range from 5 °C (9 °F) above room temperature to 100 °C (212 °F)
• DS control with integrated timer 0 to 99 hrs
• Digital temperature setting with an accuracy of a tenth of a degree
• Independent temperature safety device class 3.1 (DIN 12880) with optical alarm
• Adjustable ventilation by means of front ventilation flap slide and rear exhaust Ø 50 mm
• Inner glass door
• RS 422 interface for communication software APT-COM^TM DataControlSystem
• Units up to 115 liters are stackable
• 2 chrome-plated racks included
• BINDER test confirmation

BINDER KB PRO 1060-230V cooling incubator

The BINDER KB PRO 1060-230V cooling incubator is ideal for demanding temperature experiments where precise and flexible conditions are required. With its wide temperature range of -20°C to +100°C, this cooled incubator is designed for a wide range of applications in laboratories, research institutes or quality assurance. Compared to similar appliances on the market, it impresses with its robust refrigeration unit, reliable inverter technology and easy-to-use touchscreen control.

Efficient temperature management and flexible application options

This incubator covers the entire spectral range from cooling to moderate heating. This enables precise control of biological, chemical or material science processes. Thanks to the high-quality workmanship of the stainless steel inner chamber and the integrated APT.line technology, uniform temperature distribution is ensured. Supported by smart functions such as the internal data logger and a signal triangle with status display, the operating status can be easily monitored at all times.

The integrated compressor technology makes the incubator particularly reliable. If the door is opened briefly, for example, the system ensures that the desired temperature value is quickly restored, thus preventing sensitive temperature fluctuations. The door heating also minimises condensation. In addition, two interior doors made of metal oxide-coated safety glass are integrated so that samples always remain optimally visible and unnecessary heat or cold losses are reduced.

Important technical features in brief

- Temperature range: -20°C to +100°C
- APT.line preheating chamber technology for homogeneous temperature distribution
- Uses the climate-neutral refrigerant R-290
- Interior volume of 1070 litres
- Telescopic rails for easy insertion and removal of samples
- Ethernet and USB data interfaces for convenient data transfer
- Time segment and real-time programming via the touchscreen controller

In addition, the inverter refrigeration system impresses with its low energy consumption, which brings both economic and ecological benefits. The solid external construction with HIT sandwich technology and the double swivel castors with brakes ensure easy handling when setting up or moving the unit. In addition, adjustable fan speeds ensure fine-tuning of the climatic conditions, depending on the type of samples or the intended area of use.

Certifications and standards

The device fulfils important standards that are essential for laboratory and research applications. The temperature selector monitor function (DIN 12880 class 3.3) with visual and audible alarm ensures maximum sample and user safety. The device therefore fulfils central specifications and can be used without hesitation in controlled environments, such as GMP or GLP areas.

Concrete application examples

1. Microbiological tests: Precise and constant temperature control is particularly crucial when cultivating bacteria or fungi.
2. Cell culture experiments: Thanks to optional CO? gassing modules, the atmosphere can be optimally adjusted. This is particularly relevant for cell lines that are used for tissue engineering or pharmaceutical studies, for example.
3. Plant growth studies: With optional LED light modules, the device becomes an ideal plant growth cabinet and supports the germination and cultivation of seedlings of different species.
4. Material testing: Plastics, adhesives and colours can be tested by assessing their properties under changing temperatures or after repeated temperature cycles.

In addition, the incubator can be used to slowly cool sensitive substances or temper reactive mixtures. Liquids that are temperature-critical - such as certain culture media or reagents - can be stored or conditioned in the desired range.

FAQs

How easy is it to programme the temperature

?

The intuitive touchscreen control allows you to quickly enter setpoints, time intervals and real-time parameters. At the same time, the measurement data is saved and can be read out via USB or Ethernet.

Can the interior be cleaned easily?

Thanks to the stainless steel surfaces in the inner chamber, cleaning is extremely simple. All surfaces can be cleaned with little effort using standard laboratory cleaning agents.

What sample volumes can be accommodated

With a volume of 1070 litres and telescopic rails for up to 16 drawers, there is plenty of space for various sample containers, Petri dishes and larger containers. Up to 40 kg can be safely stored per rack.

Is the device suitable for sensitive laboratory environments?

Yes, it operates with a sound pressure level of around 50 dB(A) at 25°C. The closed compressor unit and the sophisticated air routing system reduce disruptive noise and vibrations - ideal for noise-sensitive work areas.

Conclusion

This cooling and heating system combines reliability, energy efficiency and versatile configuration options. Users benefit from robust compressor technology, a spacious interior and precise control designed for even complex studies or applications. The coordinated concept, high-quality workmanship and expandability with light or CO? modules make the cooling incubator suitable for laboratories in biology, pharmacy, materials research and many other fields. With its constant performance and variable application options, this incubator sets standards in professional temperature management.

BINDER KB PRO 130-230V cooling incubator

This incubator is designed as a precise and highly flexible temperature control unit that is used in numerous laboratories and production environments. Its extended temperature range of -20 °C to +100 °C allows not only classic incubation tasks, but also demanding cooling and heating processes. Compared to similar devices on the market, it scores particularly highly with its modern inverter cooling technology, robust design and intuitive touchscreen control.

Versatile application possibilities

Thanks to its wide temperature range, this device is ideal for bacteriological tests, stability studies, storage of sensitive samples and for microbiology and molecular biology studies. The optional CO? gassing modules can also be used to carry out reliable growth experiments with plants and grow cell cultures under controlled conditions. In quality assurance, the incubator is used for long-term testing and stability analyses of active ingredients, chemicals and pharmaceutical products. It is also useful in the food industry, for example for temperature stress tests or testing products for microbiological quality.

Technical highlights and special features

An energy-efficient refrigeration unit with climate-neutral refrigerant R-290 operates inside, allowing low temperatures down to -20 °C to be realised safely and sustainably. However, the temperature range extends seamlessly up to +100 °C, meaning that the incubator not only cools, but can also handle a variety of processes at higher temperatures. The robust stainless steel interior construction ensures easy cleaning and high resistance to moisture and chemicals.

A particularly practical feature are the slide-in grids with telescopic rails, which allow safe and convenient access. A modern touchscreen programme controller can be used to set time intervals, real-time programmes and fan speeds. The data acquisition integrated in the controller enables relevant measured values to be saved and read out, which is essential for documentation obligations or quality certificates. Thanks to its network capability (Ethernet, USB), the appliance can be easily integrated into digital laboratory concepts. An additional integrated door heater reduces condensation and increases process stability.Important technical data at a glance:- Temperature range: -20 °C to +100 °C
- Temperature deviation over time at 37 °C: ±0.1 K
- Device regulation via touchscreen programme controller
- Energy consumption at 37 °C: 160 Wh-h
- Interior volume: 127 litres
- Maximum total load: 50 kg
- Sound pressure level: 46 dB(A)

In addition, the spatial temperature deviation at 37 °C is just ±0.2 K. The incubator has an integrated class 3.3 temperature selector monitor in accordance with DIN 12880, which provides both visual and audible alarms and thus ensures a high level of safety during operation. In addition, the interior can be conveniently viewed through a glass door without having to open the main door, which minimises costly temperature losses.

Typical applications

In research laboratories and the pharmaceutical industry, the appliance is used for growing and incubating microbiological cultures. In stability tests, the precise temperature control is quickly utilised to reliably test substances such as antibiotics, solvents or vaccine components. For plant biotechnology, the module for CO? regulation (0-1 %) makes it possible to set growth conditions for demanding species. Cell biologists, on the other hand, benefit from the CO? content, which can be adjusted by up to 20 % to create optimum conditions for cell lines or tissue cultures. Food analyses, for example of dairy products or meat samples, can be accurately monitored at specified temperatures and variable humidity levels.

FAQs

How is the cleaning process organised

?

The stainless steel inner chamber is very easy to clean with standard disinfectants. The smooth surfaces mean that germs have fewer niches, which significantly improves hygiene.

Is a quick temperature recovery guaranteed after the door is opened?

Yes, the recovery time at 37 °C is just two minutes. This ensures a uniform temperature in the chamber and reduces deviations that can occur due to short door openings.

What options are available for gas flushing modules?

There are two CO? modules: one for plant growth with 0-1% CO? and one with 0-20% CO? for cell culture. Both modules can be retrofitted if required and integrate perfectly into the overall system.

How can the documentation be carried out?

All measured values are logged internally and can be read out in open format via the USB port or integrated into corresponding laboratory or production software via Ethernet.

Which safety features are included

In addition to the integrated temperature selection monitor in accordance with DIN 12880, there is a self-test mode that checks the relevant components for malfunctions. An automatic alarm is triggered in the event of deviations.

Conclusion

This device is the ideal solution for laboratories, production areas and research facilities that require precise and energy-efficient technology for cooling and heating applications. The sophisticated design made of robust stainless steel, combined with excellent temperature accuracy and an intuitive operating concept, ensures maximum reliability. Thanks to optional CO? gassing modules, the range of applications is even more diverse. Overall, the incubator impresses with its intelligent functions, outstanding performance and low energy consumption.

BINDER cooling incubator KB PRO 1600-230V

The cooling incubator presented here has been specially developed for demanding temperature tests, precise storage conditions and versatile incubation processes. Thanks to its wide temperature range of -20 °C to +100 °C, it offers enormous flexibility, making it ideal for pharmaceutical research, biotechnology and environmental analysis. Users benefit from reliable compressor technology, a robust stainless steel inner vessel and a sophisticated user interface that simplifies both control and parameterisation. The result: constant conditions, minimal deviations and reliable long-term operation.

Powerful temperature control and intelligent functions

This cooling unit is designed for extreme temperature stability and repeat accuracy, so that even critical samples and processes can be processed with maximum reliability. Particularly noteworthy is the advanced cooling technology with inverter compressor, which not only delivers constant performance, but also scores highly in terms of energy consumption. This is complemented by sophisticated air routing (APT.line preheating chamber technology), which reduces temperature fluctuations and promotes the homogeneous distribution of heat or cold in the interior.

To further enhance performance, the appliance comes with numerous features that support intuitive handling and efficient operation:
- Temperature range: -20 °C to +100 °C
- Climate-neutral refrigerant R-290 for environmentally friendly cooling
- Interval and real-time programmes can be operated via touchscreen
- Intelligent door heating to prevent condensation
- Ethernet and USB interfaces for easy recording of measured values
- Stainless steel telescopic rails for safe loading and unloading of samples
- Signal triangle with illuminated status indicator for quick device status checks

With these core features, the incubator is not only suitable for everyday use and ergonomic in research or routine operation, but also enables interaction with documentation software for seamless analysis. Its interior space of 1610 litres is generously dimensioned and offers sufficient space for numerous samples, projects or experimental set-ups with several insertion levels.

Robust materials also ensure that the cabinet is protected against corrosion and mechanical stress. The solid construction with double-walled HIT sandwich elements and insulating features contributes to reliable temperature stability inside. According to the manufacturer, temperature recovery after door openings is also excellent, which ensures high reproducibility in tests and minimises time delays.

Certifications and standards

In order to offer maximum safety, the device is equipped with a class 3.3 temperature selector switch that meets the requirements of DIN 12880. Among other things, this standard prescribes controlled temperature tests with clear tolerances and is a fixed quality standard in many laboratory areas. The integrated visual and audible alarm also ensures comprehensive fault protection and reports any faults at an early stage.

Application examples

1. Pharmaceutical research: Constant temperature conditions for stable storage of antibiotics, vaccines or aseptic samples.
2. Biotechnology: Promotes incubation processes in fermentation and fermentation processes or for cell cultures, as temperature and humidity values can be precisely regulated.
3. Environmental analysis: Ideal for soil and water samples as well as testing microorganisms under simulated cold or heat.
4. Plant growth: Optional LED light modules and CO? fumigation can be used to conduct growth studies on a wide range of plant species
.

All applications benefit from the sturdy inner doors made of metal oxide-coated safety glass, which minimise temperature loss when viewing samples and enable easy visual inspection.

FAQs

How does the device record data?

The incubator has an internal data logger. The measured values can be read out via USB in open format, which enables convenient documentation and analysis.

Do I need additional equipment for CO? fumigation?

If you order the CO? fumigation modules as an option, you will receive all the components you need to feed in both low (up to 1%) and higher CO? concentrations (up to 20%). This allows you to implement different cell or plant culture environments as required.

How high is the maximum load?

You can place up to 40 kg per rack and up to 100 kg in the entire interior. This means that even larger sample quantities or heavy containers can be stored safely without jeopardising stability.

What role do the telescopic runners play?

The telescopic rails make handling the racks much easier. Samples can be effortlessly moved out, inspected or removed without any disruptive temperature loss.

Is the device suitable for long-term measurements?

Yes, the reliable compressor and robust stainless steel construction ensure that long-term tests can be carried out without any significant risk of failure. In addition, the self-explanatory touchscreen control makes it easy to programme complex test sequences.

Conclusion

The cooling incubator impresses with a wide temperature range, efficient compressor technology and a sophisticated operating concept. Laboratory professionals from pharmaceutical research, biotechnology and environmental analysis will find a reliable device that can handle lengthy incubation and temperature control processes just as easily as demanding growth studies. With DIN-compliant safety, optional expansion modules and excellent insulation, this model is ideal for achieving precise and reproducible results and sustainably optimising everyday laboratory work.

BINDER KB PRO 260-230V cooling incubator

The BINDER KB PRO 260-230V cooling incubator is a state-of-the-art temperature control chamber for demanding laboratory applications that covers an exceptional temperature range from -20 °C to +100 °C. Whether for microbiology, cell cultures, stability tests or other sensitive samples - the appliance guarantees reliable results thanks to precise temperature control and innovative compressor technology. Thanks to its solid stainless steel inner container, a well thought-out design and an intuitive user interface, this cooling incubator offers a first-class solution for professionals who need to rely on maximum performance and safety.

Versatile features and technologies

Thanks to its intelligent temperature control in combination with state-of-the-art inverter refrigeration technology, the incubator scores particularly highly with its uniform and reproducible conditions. It is therefore predestined for sensitive applications where maximum precision is essential. In particular, the extended temperature range, the high-quality stainless steel interior design and the energy-saving components increase the added value for laboratories and research institutes. Important features include:

- Temperature range from -20 °C to +100 °C for a wide range of applications
- Inverter cooling technology with climate-neutral refrigerant R-290
- PRECISION: spatial deviation at 37 °C of only ± 0.2 K
- FAST: recovery time after opening the door for 30 seconds at 37 °C is just 3 minutes
- Spacious interior volume of 262 litres with up to 9 drawers
- Operation via an intuitive touchscreen controller with data logger function
- Robust double swivel castors with brakes for safe relocation

Special features include a visual and audible alarm system and a class 3.3 temperature selector (DIN 12880), which reliably protects against overheating. In addition, optional LED light modules enable extended utilisation scenarios such as photostability tests in accordance with ICH guidelines or plant growth under controlled lighting conditions. For laboratories that require specific environments for cell cultures or plants, optional controllable CO? gassing modules are available, which greatly expand the new range of applications in research and development. Despite this variety of functions, the device remains very energy-efficient thanks to modern inverter technology and reduces operating costs.

Certifications and standards

The temperature selector monitor technology fulfils the requirements of DIN 12880 class 3.3. This standard ensures that measuring and testing devices meet the highest quality requirements. A corresponding internal safety system with diagnostic routines and self-test provides an additional guarantee for stable long-term operation. Thanks to its high-quality production and tested components, the cooling incubator is ideally suited for laboratories that are orientated towards high working standards.

Application examples

- Microbiological incubation at a constant 37 °C, such as the incubation of bacterial cultures in culture media
- Stability tests for pharmaceutical products over longer periods of time, also under additional lighting if required
- Germination tests of plants in research facilities, including individually adjustable light periods
- Temporary deep-freeze storage of samples or reagents where precise temperature control is required

In laboratories that work with sensitive substances such as DNA, proteins, enzymes or active pharmaceutical ingredients, the appliance reliably ensures constant climate conditions without failures. At the same time, the modern control system allows different temperature programmes to be stored so that different phases of an investigation can run automatically.

FAQs

How can the temperature be kept stable with smaller sample volumes?

Thanks to the APT.line preheating chamber technology, the air flow is distributed very evenly in the interior. Even with small filling volumes, the temperature fluctuation remains minimal.

Can the appliance be used for photostability tests?

Yes, the device can be used for ICH photostability tests using optional light modules. This allows various products to be tested for their light stability.

What does the internal device self-test mean?

The incubator regularly carries out an automatic status diagnosis. Critical points such as sensor functions or cooling system performance are checked in order to detect abnormal values at an early stage.

How does data recording and transmission work?

An internal data logger stores measured values in open format. These can be exported via a USB interface and further processed in laboratory management software. In addition, an Ethernet connection offers the option of feeding data directly into a network.

Is cleaning time-consuming

The stainless steel inner walls can be cleaned quickly and thoroughly. The telescopic rails of the slide-in grids can also be easily opened and cleaned.

Conclusion

This cooling incubator combines precision, reliability and a wide range of variants in a well thought-out overall concept that has been developed specifically for highly specialised laboratory and research applications. With its wide temperature range, innovative inverter technology and optional equipment, it can be configured very flexibly. Professionals benefit from an efficient, standard-compliant and easy-to-maintain solution for a wide range of experiments, tests and cultivations.

BINDER KB PRO 470-230V cooling incubator

The BINDER KB PRO 470-230V cooling incubator is a versatile solution for precise incubation and temperature control processes in laboratories, research facilities and industrial production environments. Thanks to a generous temperature range of -20 °C to +100 °C and state-of-the-art compressor technology, this device enables reliable cooling, temperature control and incubation of a wide range of sensitive samples. Compared to similar devices, it is particularly characterised by its innovative inverter cooling technology, robust stainless steel interior and future-oriented equipment options such as integrated LED light modules for targeted photostability tests or plant growth simulation.

Performance features and technologies

This high-performance cooling incubator is specially designed to cover various temperature requirements in demanding areas such as microbiology, biotechnology and pharmaceutical research. The wide temperature range allows a variety of test scenarios to be realised - from the classic incubation of microbial cultures to special environmental tests and material testing. Thanks to the robust compressor technology and the intelligent control system, the interior atmosphere remains stable even if the door is opened for a short time. The appliance fulfils the highest requirements for safety and accuracy with a class 3.3 temperature selector monitor in accordance with DIN 12880.

The stainless steel inner chamber is durable and corrosion-resistant, while Binder's unique APT.line preheating chamber technology ensures even temperature distribution throughout the interior. Additional options such as CO2 gassing modules for cell cultures or plant growth enable versatile use in biological and biopharmaceutical research. Energy-saving cooling using R-290 refrigerant makes a decisive contribution to sustainability and simultaneously reduces operating costs - while maintaining the same high performance.Technical highlights at a glance

- Temperature range from -20 °C to +100 °C
- Interior volume: 472 litres
- Energy-efficient inverter cooling technology with R-290 refrigerant
- Very low spatial and temporal temperature deviation (±0.2 K or ±0.1 K at 37 °C)
- Robust construction with double castors and brakes
- Intuitive touchscreen controller with time segment and real-time programming
- Max. Load per shelf: 40 kg, total capacity: 90 kg

All other aspects such as a sound pressure level of 50 dB(A), rated output of 1.5 kW and the integrated data logger with USB readout fit seamlessly into the sophisticated overall concept. This results in a consistently professional system design that ensures constant laboratory conditions even under continuous load.

The integrated door heater effectively prevents condensation and thus protects the samples. Users can also adjust the fan speed as required, which is an immense advantage for particularly sensitive applications such as the incubation of sensitive cell lines, spores or fungi. Optional LED light modules can be used to set a defined illumination intensity for photostable test series or for the cultivation of light-dependent organisms. The touchscreen operating terminal supports extensive programming so that even multi-stage temperature scenarios, for example for environmental simulations, can be flexibly realised.

Application examples

1. Pharmaceutical studies and stability tests: Ideal for investigating the shelf life and efficacy of drugs under defined temperature and light conditions.
2. Micro and cell biology: Precise incubation of microorganisms such as bacteria, fungi and yeast as well as sensitive cell cultures for research and development work.
3. Plant growth: Simulation of natural light and climate conditions for seed analyses, plant breeding or algae cultures.
4. Photostability tests: Support for regulated tests according to ICH guidelines to determine how samples behave under different light conditions
.

FAQs

How quickly does the incubator cool down to -20 °C?

The appliance reaches the set temperature quickly, supported by the modern inverter refrigeration machine and efficient insulation. With frequent door openings, the start-up time is significantly reduced thanks to the high compressor output.

Which standards and certifications are relevant for operation?

An integrated class 3.3 temperature selector switch (DIN 12880) protects the appliance and the samples. Other certificates may vary depending on the area of application and should be checked individually with regard to calibration and validation.

Can the incubator be used for long-term experiments with sensitive samples?

Yes. The constant temperature control and low deviation values make this design ideal for long-term tests in biotechnology and microbiology without damaging samples.

Is it possible to add CO2?

For certain applications such as cell cultures or plant growth, Binder offers optional CO2 gassing (0-1% for plants, 0-20% for cell cultures). These modules can be flexibly retrofitted.

Conclusion

With outstanding temperature performance, energy-efficient cooling technology and a wide range of optional additional modules, this cooling incubator is a universal system for demanding temperature control and incubation processes. The robust design, high accuracy and flexible equipment offer the greatest possible application safety and reliability - whether in research laboratories, quality assurance or industrial production processes. Anyone who relies on precise temperature control, long-lasting quality and future-proofing will benefit from a sophisticated solution that masters both current and future laboratory requirements with ease.

BINDER cooling incubator KB PRO 720-230V

The versatile cooling and incubation applications in laboratories place high demands on precision, stability and reliability. This is precisely where the BINDER KB PRO 720-230V cooling incubator comes in. With its wide temperature range of -20 °C to +100 °C, it is not only suitable for classic incubation processes, but also for demanding long-term investigations in research and development. The robust design, intelligent temperature controller and efficient cooling technology ensure that it is repeatedly chosen as the preferred solution over comparable models.

Innovative temperature and cooling technology

The incubator works with an advanced inverter refrigeration unit that ensures homogeneous temperature distribution across the entire interior volume. The APT.line preheating chamber technology ensures precise and fast temperature control so that a short recovery time of around four minutes at 37 °C is achieved even if the door is opened frequently. In addition, the climate-neutral refrigerant R-290 is used, which reduces the environmental impact and at the same time enables energy-efficient cooling.

- Temperature range from -20 °C to +100 °C
- Time deviation only ±0.1 K at 37 °C
- Climate-neutral refrigerant R-290 for environmentally friendly operation
- Optimised heat distribution thanks to APT.line preheating chamber technology
- Short recovery times when doors are opened for stable continuous operation
- Stainless steel inner chamber for easy cleaning and durability
- Energy-efficient inverter cooling technology

The housing with HIT sandwich technology contributes to stability. At the same time, robust double castors (with brakes at the front) keep the appliance mobile and make everyday laboratory work easier if appliances need to be repositioned. Thanks to a door heater, condensation is effectively prevented, which is essential at low temperatures.

Operator convenience and important equipment features

A central operating element is the intuitive touchscreen panel, which can be used to set and programme all the main parameters, while ergonomic installation provides a clear view of important values and facilitates intervention during operation. An illuminated signal triangle indicates the current status at all times so that operating states can be recognised at a glance.

Important technical details are as follows:
- Nominal voltage: 208-240 V, 50-60 Hz
- Nominal power: 1.7 kW
- Interior volume: 727 litres
- Max. Load per drawer: 40 kg
- Sound pressure level: 50 dB(A) at 25 °C
- Energy consumption at 37 °C: 330 Wh-h

In addition, great importance was attached to high-quality and flexible interior fittings. Two slide-in grids in telescopic rails are included as standard, and up to 16 slide-in racks can be used. A metal oxide-coated safety glass in the interior doors protects the contents from environmental influences while keeping everything in view.

Certifications and standards

The cooling incubator fulfils temperature selector class 3.3 in accordance with DIN 12880, which is an essential basis for safe use in many laboratories. A visual and audible alarm reacts immediately to deviations, which is essential when making critical sample decisions.

Concrete application scenarios

- Microbiological laboratory tests: Ideal for sustainable germ and cell cultures that need to grow or be incubated at constant low temperatures.
- Long-term stability tests: Sensitive samples in pharmaceutical research require precisely stable conditions. Fine adjustment of the temperature ensures a reproducible environment.
- Photostability tests: The light stability of active ingredients or cosmetics can be analysed directly using optional ICH light modules.
- Plant growth: The optional LED lighting and CO2 fumigation allow plants to be cultivated under controlled conditions - for example when analysing seed quality or breeding lines.

Frequently asked questions

How often should regular maintenance take place?

Most laboratories carry out maintenance once a year to ensure long-term precision and reliability.

Is it possible to retrofit a CO2 module?

Yes, an optional CO2 gassing module is available, which can be designed for different CO2 concentrations and is also suitable for cell culture projects.

How do you recommend cleaning the interior?

The robust stainless steel inner chamber can be easily wiped out with mild disinfectant solutions. If necessary, the slide-in grid with telescopic rails can be removed and cleaned separately.

Can the temperature be finely controlled for sensitive samples?

With the comprehensive touchscreen programme controller and time segment or real-time programming, very precise temperature settings and ramp runs can be achieved.

Conclusion

This cooling and incubator oven fulfils all the essential requirements of modern research laboratories and production facilities that need reliable and reproducible temperature conditions. It is characterised by high temperature accuracy, short recovery times, flexible options for light and CO2 requirements and simple operation. The incubator therefore offers a durable and future-proof solution for demanding applications in pharmaceutical, biological and industrial environments.