ICH Stability Chambers

Precise control of temperature, humidity and light for accurate stability testing

Accurate stability testing demands uniform and repeatable conditions. BMT USA stability chambers provide precise control of temperature, humidity, and light for ICH Q1A stability and Q1B photostability.

Our patented multi-directional forced-air convection maintains tight temperature uniformity across loaded shelves. UV/VIS lighting options enable ICH Q1B-compliant exposure that preserves sample integrity and yields traceable results.

Optional WarmComm 4.0F supports 21 CFR Part 11 with robust user management, audit trails, and secure records to strengthen data integrity and compliance.

Climacell

Temperature & Humidity Chambers

Temperature Range:
0°C up to 100°C
(-20°C min. temperature option available on EVO units)
10°C up to 95°C with humidity

Humidity Control:
ECO: 10% up to 95% (uniformity up to 2%)
EVO: 10% up to 98% (uniformity up to 2%)

Chamber Volumes:

111 (4 ft³)
222 (8 ft³)
404 (14.3 ft³)

707 (25 ft³)
1212 (43 ft³)

Friocell

Temperature Controlled Chambers

Temperature Range:
0°C up to 100°C
(-20°C min. temperature option available on EVO units)

Chamber Volumes:

55 (2ft³)
111 (4 ft³)
222 (8 ft³)

404 (14.3 ft³)
707 (25 ft³)
1212 (43 ft³)

Common Applications

Designed for compliance. Built for performance. Ready for any application.

Pharmaceutical

ICH-compliant stability testing of pharmaceuticals under controlled environmental conditions, including temperature, humidity, and light, to ensure product safety, efficacy, and shelf life over time.

Cosmetics

ICH stability testing of cosmetic products to assess quality, safety, and performance over time when exposed to controlled conditions of temperature, humidity, and light.

Food & Beverage

Shelf life testing of food and beverage products to evaluate how temperature, humidity, and light exposure affect product quality, safety, and freshness over time.

Freeze-Thaw

Freeze-thaw studies to evaluate product stability and performance after repeated cycles of freezing and thawing, simulating real-world storage and transportation conditions.