Established in Dongguan, Pearl River Delta, China.
Collaborated with Tsinghua University Shenzhen Research Institute on R&D for non-standard testing equipment in simulated environments through industry-university-research partnerships.
Produced China’s first highly accelerated aging test chamber, filling the domestic gap in three-axis six-degree-of-freedom test chambers.
Partnered with the Air Force Equipment Research Institute to develop ultra-low-temperature rapid temperature cycling test chambers. Collaborated with Guangdong Quality Inspection Center to create annular wind-speed test chambers, achieving ±5% uniformity in temperature-humidity-wind control.
Jointly developed a 54 m³ explosion-proof rapid temperature cycling low-pressure test chamber with Jianghang Aircraft Equipment. Collaborated with the China Academy of Engineering Physics on a high-low-temperature humidity-pressure test chamber for simulating underwater and high-altitude environments.
Developed China’s first domestically produced temperature-humidity-altitude multi-stress coupled test chamber (21,000-meter altitude control), reaching world-class standards. Expanded into breakthrough cloud-layer simulation chambers, rapid-freezing cold-rain test chambers, and fast-icing test chambers.
Awarded "National High-Tech Enterprise" certification three times consecutively.
Received the Guangdong Provincial Innovation Award for Technology-Based SMEs.
Developed China’s largest crossbeam multi-unit high-low-temperature low-pressure test chamber (6,300 mm crossbeam length, 120 m³ capacity) for State Grid.
Collaborated with Beijing Qingyun Aviation to create China’s first mechanical explosion test chamber (integrated temperature-humidity-altitude functionality with explosive decompression).
Partnered with the Chinese Academy of Sciences to develop an 18-meter optical thermal vacuum chamber with a 3.5-meter heat sink.
Co-developed a 1,700 m³ multi-chamber rapid temperature cycling test chamber with Beijing Lantian Group.
Collaborated with China FAW Group (Changchun) to create an electric drive reliability HALT test platform.
