Walk-In Test Chambers

Sanwood walk-in Environmental Stress Screening (ESS) chamber is an industrial-grade reliability verification solution designed for mass production and high-volume testing requirements. It efficiently and consistently screens complete units, large components, or multiple product batches through controlled temperature-humidity cycles, thermal shocks, and combined environmental stresses. This accelerates product aging processes and effectively exposes potential defects, meeting the large-scale production verification needs of industries such as automotive electronics, energy storage systems, and communication equipment.

Sanwood vehicle environmental chamber is a special equipment used to test and verify the performance of the vehicle under different environmental conditions. It can simulate various extreme environments, such as severe cold, scorching heat, heavy rain, wind and sand, etc.so as to evaluate the durability, reliability and performance of the vehicle under severe weather, extreme temperatures and other external environmental conditions.

Sanwood walk in test chamber, also known as a walk-in environmental test chamber, is a test device that can simulate various environmental conditions and is used to evaluate the performance of products or materials in different environments.It is a test device that can simulate various environmental conditions,it is used to evaluate the performance of products or materials in different environments.

Sanwood walk-in battery pack test chamber is a special equipment used to test large battery groups or battery packs, which are usually used in electric vehicles, power storage and other fields. This test chamber can provide a comprehensive performance test environment for battery packs, including high temperature, low temperature, charge and discharge cycle, overcharge, short circuit and other test conditions.

The walk-in temperature humidity test chamber provides an industrial-grade testing solution for simulating high-precision, large-capacity climatic environments for large equipment, batch products, and complete systems. By precisely controlling temperature and humidity conditions, it meets the stringent verification requirements for product reliability, durability, and environmental adaptability in the automotive, new energy, aerospace, and telecommunications equipment industries.