Temperature and humidity-controlled chamber equipment (such as ovens, incubators, and environmental test chambers) are indispensable foundational tools in university research and higher vocational education. They are widely used in fields including materials science, biomedicine, electronic engineering, and environmental energy. By precisely simulating various environmental conditions such as temperature, humidity, and light, they provide critical support for cutting-edge research and teaching practices.

At the research level, this category of equipment forms a vital foundation for driving technological innovation. In the field of materials science, equipment like temperature/humidity cycling test chambers and vacuum ovens can simulate extreme or anoxic environments, used for testing the reliability of aerospace materials or evaluating the durability of new energy materials. In life sciences, CO₂ incubators and constant temperature & humidity chambers provide stable environments for stem cell culture, drug stability testing, and enzyme reaction regulation, ensuring the accuracy and reproducibility of experimental data.

In vocational education, standardized and intelligent temperature and humidity control equipment serves as a bridge connecting classroom teaching with industry needs. Compact, touch-screen operated test chambers help students conduct practical training projects such as aging tests for electronic products and environmental monitoring, effectively enhancing their practical skills and narrowing the gap with job requirements.

Looking ahead, with advancements in intelligent and energy-efficient technologies, this equipment is evolving from single-function environmental simulators into innovative platforms supporting interdisciplinary research. They are poised to play an increasingly important role in tackling key research challenges and cultivating technical talent.