ATMARS , Walk in temperature humidity test chamber, employing a PID algorithm, achieves temperature uniformity of ±1°C, meeting the environmental requirements for precision instrument calibration. It also supports a wide temperature range of -40°C to 80°C, satisfying the constant temperature environment requirements for testing special materials. (read more)

The thermal shock chamber simulates temperature and environmental changes to test and verify products. Widely used across solar, automotive, electronics, aerospace, batteries, and more, it helps shorten development cycles and enhance product quality and reliability. (read more)

HAST test chambers come in two types:

✅ Unsaturated: Suitable for short-term rapid testing (such as initial screening of product waterproofing performance), temperature and humidity ≤95%RH

✅ Saturated: Used for long-term reliability verification (such as battery/chip life testing), capable of achieving 100%RH saturation. (read more)

The rapid temperature change test chamber is suitable for testing the performance indicators of aerospace products, information electronic instruments, materials, electrical and electronic products, and various electronic components under conditions of rapid temperature changes. (read more)

The chamber combines vacuum and precise temperature control to simulate high-altitude low-pressure and extreme-temperature environments. By synchronizing pressure and temperature changes, it can replicate complex conditions for aerospace, electronics, and materials testing, ensuring reliable performance under harsh environmental stresses. (read more)

The 2-zone thermal shock test chamber is a testing chamber used in aerospace, automotive, home appliance, and scientific research fields. It assesses and determines the parameters, performance, and adaptability of electrical, electronic, automotive electrical, and material products after undergoing high and low temperature shock tests (read more)

ATMARS has launched its new 3-Zone Thermal Shock Test Chamber, designed for rapid temperature transition testing of electronics, automotive parts, batteries, and industrial materials. (read more)

The primary purpose of a Rapid Rate Thermal Cycle Chamber is to expose products to rapid temperature changes, forcing latent defects to surface before the product reaches the customer. (read more)

Its high-sealing structural design with imported sealing components ensures long-term stable vacuum holding without obvious pressure leakage, perfectly simulating the actual low-pressure/vacuum working environment of products and guaranteeing the authenticity of test results. (read more)

Vacuum and temperature control systems simulate low-pressure and high/low-temperature environments at different altitudes. Temperature range: -40°C to +150°C. Features include Bitzer compressor, touchscreen controller, observation window, cable ports, safety protections, and efficient air circulation system. (read more)

Thermal vacuum chambers (TVAC) simulate space's harsh vacuum and extreme temperature cycles to test satellites and aerospace components. They validate performance, uncover defects, and ensure mission reliability before launch. (read more)

High-precision chamber for ICH-compliant temperature and humidity control, ideal for stability studies and shelf life testing. (read more)

HALT/HASS/AccESS is a new generation of testing methods.

It can quickly reveal the environmental stress tolerance limit of a product, helping the production department to ensure manufacturing consistency and monitor for defects in the product manufacturing process. (read more)

A walk-in high-temperature aging chamber is a testing device designed to simulate high-temperature and harsh environments for high-performance electronic products. It is a crucial experimental device for improving product stability and reliability, and an important production process for manufacturers to enhance product quality and competitiveness. (read more)

Safe, high-precision oven with triple explosion-proof protection for drying and heat treatment of solvent-rich materials. (read more)

The pressure cooker test chamber is a reliability testing device used to simulate high-temperature, high-humidity, and high-pressure environments. This equipment is primarily used to evaluate the moisture resistance, sealing performance, and accelerated aging life of electronic components, semiconductor packages, and other products under harsh conditions (read more)

The Agree test chamber is an environmental simulation device integrating temperature, humidity, and vibration testing functions. It is primarily used in aerospace, aviation, electronics, chemical, automotive electronics, new energy, semiconductor, and military research fields for composite stress screening tests in product development, production, and quality inspection. (read more)