accessibility menu, dialog, popup

UserName

thermo_scientific

BINDER Cooling Incubators and Constant Climate Chambers

Modular design for enhanced flexibility and efficiency.

BINDER Cooling Incubators and Constant Climate Chambers

Why Choose BINDER Modular Cooling Incubators and Constant Climate Chambers?

Modular Design

The same modules can be used in different chamber types (KB PRO, KBF, KBF PRO) across applications and departments. Adapt your chamber to changing test requirements.

Compact icon

Cost Efficiency

A single chamber for multiple applications (ICH Q1A, Q1B, plant studies, CO₂ control) reduces investments and increases operational efficiency.

Lightbulb icon

Easy Installation

Plug-and-play solution requires no special knowledge or manpower, allowing you to program as usual.

Rosette icon

Applicable Solutions

BINDER Cooling Incubators and Constant Climate Chambers

Photostability or Plant Studies

Accommodate photostability or plant study applications with our ICH Light and Plant Light Modules. Utilize a single chamber for multiple applications, including ICH Q1A, Q1B, or plant studies. Our new modular design reduces investment costs and improves operational efficiency. The compatibility of modules across different chambers and departments enhances resource utilization and cost-effectiveness.

1. Interior

Made completely of stainless steel including evaporator plate.

2. Rack System

Flexible placement with high load bearing capacity and pull-out protection.

3. Optional Modules

Transform your climate chamber into a photostability test chamber with the ICH Light Module or a plant growth chamber with the LED Light Module.

4. APT.Line Air Flow

Double-sided horizontal airflow ensures homogeneous climate distribution, even when chamber is fully loaded.

BINDER Cooling Incubators Map

Related Products

Related Videos

Designed for the laboratories of tomorrow, where innovation delivers unmatched performance, flexibility, and possibilities.

Related Documentation

Constant Climate Chambers

The perfect climate for any application

Constant Climate Chambers Brochure Image

Cooling Incubators

Powerful yet gentle on samples

Cooling Incubators Image

Redefining Climate Chambers

Best Performance. Best Flexibility. Best Possibilities.

Redefining Climate Chambers Brochure Image
BINDER Cooling Incubators and Constant Climate Chambers

Redefining Climate Chambers

 

Best Performance. Best Flexibility. Best Possibilities.

FAQ

The air movement in a constant climate chamber is crucial for climate homogeneity inside the unit. Only homogeneous climate conditions, both in terms of space and time, provide reliable results. Double-sided horizontal air flow allows for particularly homogeneous conditions. The air is extracted via a perforated rear wall and returned back into the usable space after reconditioning. The air is distributed evenly into the chamber via small perforations in the side walls and therefore flows evenly over the test materials from both sides.

If a plant growth chamber with humidity control is required, constant climate chambers from the KBF and KBF PRO series are available as basic units. When operated with a BINDER LED plant light module, the units regulate a temperature range from 10°C to 50°C and a relative humidity from 10% to 50% (KBF series) or 10% to 90% (KBF PRO) series. For ICH Q1B Photostability Tests, climate conditions are not required. The temperature must be maintained at a specific level to prevent any overheating effects. Humidity control is not required. The most cost-effective combination is a KB PRO paired with an ICH Light module, which fully complies with ICH guidelines.

For photostability testing according to ICH Q1B, the light source and illuminance levels are crucial. The light spectra and illuminance doses are precisely specified. Visible light (VIS similar to ISO 10977 (1993)) must reach a VIS light dosage of at least 1.2 million lux hours and near ultraviolet (320 nm to 400 nm) must reach at least 200 Wh/m². Illumination cassettes provide flexible placement, ensuring homogeneous light distribution within the interior. According to ICH guideline Q1B, a significant proportion of UV radiation must be in the ranges of 320 to 360 nm and 360 to 400 nm. BINDER photostability test chambers fully meet these requirements.