Rain chambers reproduce a variety of rainfall and water exposure scenarios, from light splashes to heavy downpours, in compliance with IPX and JIS standards. They verify resistance to leaks and water ingress, helping products maintain safety and performance in challenging outdoor conditions.

Designed to replicate harsh sandy and dusty environments, these chambers test how products endure particle intrusion and abrasion. They are widely used in automotive, defense, and aerospace industries to confirm durability and reliability in extreme field conditions.

Vacuum chambers simulate low-pressure and high-altitude environments, ensuring product safety and reliability under extreme conditions. They are commonly used for aerospace, electronics, and material testing, providing critical insights into adaptability and long-term performance.

These chambers recreate sunlight exposure to assess product durability, UV resistance, and material aging. Compliant with global standards, they deliver reliable results for industries such as automotive, aerospace, and construction.

Walk-in chambers test large products or assemblies under extreme conditions of heat, cold, dryness, and humidity. They provide a complete reliability assessment, making them ideal for industries requiring large-scale or full-system testing.

Combining vibration with temperature and humidity control, these chambers evaluate product durability under multiple stresses. They are essential for industries where real-world operating conditions involve simultaneous environmental and mechanical challenges.

Battery test chambers are designed with advanced safety features to evaluate performance, reliability, and lifespan. They are essential for validating modern energy storage technologies, ensuring compliance, and minimizing risks in testing environments.

This system combines climate control with a Multi-Axial Shaker Table to simulate vibration, temperature, and humidity simultaneously. It provides highly accurate testing for automotive components, improving reliability and performance under real-world conditions.

Four-poster chambers simulate road conditions to evaluate vehicle durability, comfort, and acoustic performance. Adjustable configurations and environmental control make them a versatile solution for comprehensive automotive testing.

Drive-in chambers combine solar radiation, temperature, and humidity cycles to test entire vehicles or large components. They ensure durability and reliability under extreme outdoor conditions such as desert heat or subtropical climates.

VOC chambers measure emissions of volatile organic compounds from materials and components. They are critical for automotive interiors, ensuring compliance with air quality standards and supporting healthier, more sustainable products.

These chambers integrate environmental conditioning and deployment systems to provide accurate and repeatable airbag testing. By automating the process, they improve efficiency, ensure compliance, and support the development of safer vehicles.