The ClimeEvent Walk-in Chamber is a large-scale temperature and humidity test chamber developed by Weiss Technik, a global leader in environmental testing technology. The system is designed to accurately simulate extreme climatic conditions for evaluating the reliability, durability, and performance of large products and complete systems. Unlike standard environmental test chambers, the ClimeEvent Walk-in Chamber provides a spacious testing environment capable of accommodating multiple test specimens, large assemblies, or complete products such as electric vehicles, battery systems, industrial equipment, electronic systems, and aerospace components. With precise temperature and humidity control combined with a flexible modular design, the ClimeEvent Walk-in Chamber is the ideal solution for R&D centers, certification laboratories, and advanced manufacturing facilities.

SunEvent is a premium solar simulation test chamber developed by Weiss Technik, one of the world's leading manufacturers of environmental testing equipment. The system is designed to accurately reproduce the effects of solar radiation, temperature, and humidity on products under real-world operating conditions or accelerated testing environments. By combining high-intensity solar radiation with precise temperature and humidity control, SunEvent enables manufacturers and research organizations to evaluate the impact of solar energy on product durability, service life, functionality, and appearance in a significantly shorter time compared to natural outdoor exposure. SunEvent is widely used in the automotive, electric vehicle, battery, electronics, aerospace, construction material, coating, and material research industries.

The ClimeEco Temperature and Humidity Test Chamber from Weiss Technik is a reliable and energy-efficient environmental simulation solution designed for temperature and climate testing applications. Developed by one of the world's leading environmental testing equipment manufacturers in Germany, ClimeEco offers an excellent balance between performance, operating efficiency, and investment cost. Designed to simulate a wide range of temperature and humidity conditions, the ClimeEco chamber enables manufacturers, laboratories, and research institutions to evaluate product reliability, durability, and performance under controlled environmental conditions. With its compact design, intuitive operation, and environmentally friendly refrigeration technology, ClimeEco is an ideal solution for routine environmental testing across various industries, including automotive, electronics, electrical equipment, batteries, telecommunications, and material research.

The ClimeEvent Temperature and Humidity Test Chamber is a premium environmental simulation system developed by Weiss Technik, a world-leading German manufacturer of environmental testing equipment. The chamber is designed to accurately reproduce extreme temperature and humidity conditions for evaluating product durability, reliability, and service life during research, development, and quality assurance processes. Featuring precise temperature and humidity control, excellent uniformity, and flexible configuration options, the ClimeEvent chamber is widely used in the automotive, electronics, semiconductor, battery, aerospace, telecommunications, medical device, and material research industries.

**The Portable CCD LED Colorimeter Spectroradiometer is a compact and high-precision instrument designed for measuring the photometric, colorimetric, and spectral characteristics of LEDs, LED luminaires, and other lighting products in both laboratory and field applications.**

LPCE-2 Integrating Sphere Spectroradiometer LED Testing System is for single LEDs and LED lighting products light measurement. LED’s quality should be tested by checking its photometric, colorimetric and electrical parameters

The sliding bearing test equipment for bridges, railways, pipelines, and civil engineering structures is a specialized system. It features a vertical axis equipped with a hydraulic compression mechanism, and a horizontal axis with a push–pull mechanism connected to a PTFE plate to generate frictional force on the PTFE surface.

Car crash in-car high-speed camera capture application scenario Drop test (follow-up) application scenarios Military and aerospace application scenarios

Buồng thử nghiệm triển khai kích nổ bung túi khí xe ô tô (Airbag deployment test chamber) được xây dựng để thử bung túi khí an toàn, có kiểm soát, và ghi nhận dữ liệu chính xác. Nó giúp đảm bảo chất lượng, độ tin cậy và tuân thủ tiêu chuẩn an toàn trước khi hệ thống túi khí được lắp trên xe.

VOC emission test chamber can provide standard testing environment such as temperature humidity, air exchange rate and airflow to simulate real indoor environment to test the pollutant release rate and release properties of various indoor materials and products.