A global supplier of automotive components faced a significant challenge in their pursuit of continuous improvement for their products. They needed to develop and test automotive components, including sunroof assemblies, various materials like aluminum and composites, and truck bed materials, with the goal of creating lighter and more durable alternatives to existing products. The testing process required a workspace large enough to accommodate entire car roofs and large truck beds,

A custom walk-in test chamber, designed by Weiss Technik, supports rigorous testing of power and data server racks for a global electronics manufacturing company, featuring a front-to-back airflow design that exposes full racks to controlled temperature and airflow conditions. The Xceed FBA chamber, capable of handling high live loads up to 70kW, includes key features such as a spacious  interior, bi-parting doors with heated windows, and on-board cooling fans, enabling

A collaboration between Weiss Technik North America and a multinational automobile manufacturer led to the development and production of a durability testing solution for large vehicle systems. The large welded drive-in chambers, standing over 16 feet high and spacious enough to fit full-size commercial and consumer trucks, were engineered for temperature and humidity testing, high-pressure water spray, and incline situations. Read and download the complete report by Weiss Technik North

A custom walk-in environmental test chamber supports rigorous testing of telecommunications and IT network hardware during manufacturing. The front-to-back airflow design exposes full racks of equipment to controlled temperature, humidity, and airflow conditions to ensure reliability and reduce warranty costs. Key features include remote-cooled condensing units, bi-parting doors with heated windows, and a spacious interior tailored for network gear. By simulating extreme operating environments, this chamber enables manufacturers to validate

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