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WeissTechnik

ETAC offers environmental test chambers from Germany’s Weiss Technik that are compliant with European standards. The lineup includes ShockEvent, a sample-transfer thermal shock chamber; ClimeEvent, a high-power temperature and humidity chamber capable of rapid temperature changes; ESS-J for the Japanese market; SunEvent, a solar simulation chamber; and large wide-format constant temperature and humidity chambers—addressing testing needs in the automotive and electronic component industries from R&D through quality assurance.

ShockEvent
WeissTechnikSpecimen Transfer type Cold Thermal Shock Chamber

ShockEvent

ShockEvent is a high-performance thermal shock chamber that applies rapid temperature changes by transferring specimens between chambers at different temperatures. It complies with international standards and enables highly reproducible reliability evaluations.

ClimeEvent
WeissTechnikHigh Power Rapid Temperature Change Chamber

ClimeEvent

ClimeEvent is a high-power temperature and humidity chamber capable of rapid temperature changes of up to 25°C per minute and wide-ranging temperature and humidity control. It complies with international standards and is ideal for reliability evaluations of automotive and electronic components.

ESS-J
WeissTechnikHigh Power Rapid Temperature Change Chamber

ESS-J

ESS-J is a high-power rapid temperature change tester developed for use in Japan. It requires significantly less space than conventional products and conforms to domestic power supply specifications.

SunEvent
WeissTechnikLightfastness Tester

SunEvent

SunEvent is a light stability test chamber that complies with international standards. It employs metal halide lamps to reproduce the solar spectrum and precisely evaluate the effects of light, heat, and humidity on materials and products.

大型ワイドタイプ
WeissTechnikHigh-temperature constant-temperature chamber

Large wide type

This large constant temperature and humidity chamber accommodates large specimens such as automotive parts and complete products. It supports heat generation loads of up to 8,000 W and enables rapid temperature changes ranging from 2°C to 15°C per minute.