Home Appliances

Thanks to their low cost, compact design, consistent torque, and ease of installation, torsion springs are widely used in washing machine door locks, gas stove igniters, refrigerator door hinges, air conditioner air deflectors, and various other household appliances. They primarily perform functions such as door latching, ignition reset, door opening and closing, air deflector angle adjustment, and elastic support, making them an indispensable core elastic component in the safety and durability design of home appliances.

Power Tools

Thanks to their high torque output, high impact resistance, rapid return-to-position capability, and excellent fatigue resistance, torsion springs are widely used in the transmission and operating mechanisms of electric drills, angle grinders, electric wrenches, landscaping tools, and various other power tools. They primarily perform functions such as trigger actuation, safety locking, torque limiting, mechanism reset, and vibration damping, making them indispensable core elastic components for the efficient operation and safe use of power tools.

Robot

Thanks to their low friction, high precision, excellent torque linearity, and high reliability, robotic torsion springs are widely used in industrial robot joints, collaborative robot end-effectors, service robot transmission mechanisms, and various types of automated equipment. They primarily perform functions such as elastic joint actuation, gripping force control, posture maintenance, collision cushioning, and precise repositioning, making them indispensable core elastic components for flexible motion control and safe human-robot interaction.

Industrial Automation

Thanks to their stable elastic properties, high strength and durability, and high-precision fit, torsion springs are widely used in various types of automated equipment, including industrial automation production lines, robotic arms, conveying systems, pneumatic and hydraulic components, and precision molds. They are indispensable core components in the field of industrial automation.

Medical equipment

Thanks to their minimal torque fluctuation, excellent biocompatibility, sterility, corrosion resistance, and dimensional precision, torsion springs are widely used in minimally invasive surgical forceps, endoscope steering mechanisms, rehabilitation devices, orthodontic equipment, and various precision medical instruments. They primarily perform functions such as controlling the opening and closing of forceps tips, adjusting lens angles, locking instruments, providing elastic support, and ensuring precise reset. As such, they are indispensable core elastic components for the minimally invasive, precise, and safe operation of medical devices.

Automotive Parts

Thanks to their high fatigue strength, stable torque, wear resistance, and strong environmental adaptability, torsion springs are widely used in automotive seat adjusters, door lock mechanisms, seatbelt retractors, sunroof drives, suspension systems, and various automotive assemblies. They primarily perform functions such as angle adjustment, mechanism locking, automatic retraction, vibration damping, and torque transmission, making them indispensable core elastic components for automotive comfort, safety, and lightweight design.