Vacuum‑compatible servo and stepper motors are designed for extreme environments such as vacuum, ultra‑clean rooms, high and low temperatures, and radiation exposure. Featuring low outgassing and minimal vibration, they deliver precise control of position, velocity, and torque, making them ideal for semiconductor manufacturing, aerospace, and scientific research equipment.
Radiation‑resistant motors feature radiation‑hard insulation, demagnetization resistance, and aging resistance, and can withstand combined high‑temperature and vacuum conditions induced by radiation. They are well suited for applications in the nuclear industry, aerospace, high‑energy physics research, and advanced medical equipment.
High- and low-temperature motors deliver stable operation across an ultra-wide temperature range, addressing issues such as freezing during cold‑start conditions and demagnetization‑induced shutdowns at high temperatures. They are well suited to extreme operating environments in the rubber and plastics, metallurgy, cold‑chain, petrochemical, wind‑power, and photovoltaic industries, helping to reduce costs and boost efficiency.
Explosion-proof servo motors for mining applications feature active flameproof protection, support high-precision control, and are designed to withstand the harsh underground environment characterized by methane, coal dust, humidity, and corrosive conditions. They are compatible with coal‑mining equipment, mining automation robots, and ventilation systems.
Deep-water electric motors are designed to withstand the high-pressure, submerged conditions of the deep sea and feature leak-proof, corrosion-resistant, and anti-fouling properties. They are used in underwater robots, offshore oil and gas extraction, and the operation and maintenance of subsea facilities.
Explosion-proof permanent‑magnet motors combine explosion‑proof safety, high efficiency and energy savings, precise speed control, and exceptional reliability. They are ideally suited for flammable and explosive environments such as coal mines and the petrochemical industry, delivering significant reductions in energy consumption, downtime, and operating costs.
Axial-flux motor with a disc‑shaped architecture, offering high torque density, a lightweight and compact design, efficient thermal management, and low rotational inertia—ideal for applications in new‑energy vehicles, aerospace, and high‑end industrial automation.
Integrated explosion-proof servo‑integrated drive, designed for high‑risk environments involving oil, gas, and chemical industries as well as dust; offers high‑precision motion control, reduces costs and failures, meets stringent explosion‑proof certification standards, and is compatible with automated operations across multiple industries.
Industrial‑grade explosion‑proof servo motor, actively isolating hazardous operating conditions, with high‑precision positioning control; robust and durable, suitable for dusty and flammable/explosive environments; energy‑efficient, reducing energy consumption and maintenance costs; compliant with explosion‑proof standards and meeting certification requirements in multiple countries.
