Simulate and Control Environmental Conditions

Environmental test chambers are engineered to create controlled, repeatable environments so researchers and manufacturers can assess how products, parts and materials respond to various external stressors. Memmert’s environmental simulation chambers provide precise control over temperature, humidity, light and more to support product validation, durability testing and accelerated aging studies.

Applications of Environmental Test Chambers

Used across industries like automotive, medical, aerospace and electronics, applications of environmental test chambers include:

• Thermal stress testing for electronics and plastics
• Humidity exposure for packaging and pharmaceuticals
• UV and light degradation studies for coatings and textiles
• Combined environmental testing for ventilators and medical devices
• Altitude simulation for air-transported or high-elevation equipment

Memmert chambers provide programmable environments to replicate extreme cold, heat, tropical humidity or desert dryness with uniformity and long-term reliability.

Environmental Parameters You Can Simulate

Memmert environmental simulation chambers allow users to precisely replicate natural or extreme conditions under controlled lab settings.

• Temperature Control: Replicate heatwaves, freezing conditions or rapid thermal cycling to observe material stability and thermal performance.
• Humidity Management: Create dry or moisture-heavy environments to test the effects of water vapor on adhesives, electronics, polymers or sensitive assemblies.
• Light Simulation: Simulate daylight, UV exposure or accelerated photo-aging to measure fading, cracking and surface degradation.
• Altitude Testing: Evaluate product behavior under low-pressure conditions for equipment used in air transit or high-altitude deployments.

 

Testing Medical Devices in Environmental Simulation Chambers

Medical equipment must function reliably across a wide range of environmental variables. Memmert test chambers allow controlled testing of ventilators and other medical components under simulated conditions like:

• High humidity for tropical or enclosed clinical environments
• Low pressure for high-altitude use or air freight
• Extended heat and cold exposure to evaluate storage and use stability

Memmert’s chambers support test procedures aligned with international healthcare standards for developers looking to meet regulatory requirements.