Home Appliances

Tension springs are widely used in washing machine counterweights, refrigerator door hinges, coffee machine handle return mechanisms, and door opening and closing mechanisms in various home appliances. They primarily perform functions such as force balancing, automatic closing, shock absorption, and safety interlocking, making them critical mechanical components that ensure the long-term stable operation of home appliances and enhance user experience and safety.

Power Tools

Tension springs are widely used in electric drill switches, jigsaw guards, nail gun firing mechanisms, and quick-release chucks for various tools due to their high load capacity, impact resistance, fatigue resistance, and ability to provide strong restoring force in confined spaces. They primarily perform functions such as power activation, safety reset, quick locking, and shock absorption, making them essential transmission and protective components that ensure the responsiveness, safety, reliability, and durability of power tools.

Industrial Automation

Thanks to their high degree of standardization, wide load-bearing range, strong reliability, and ability to withstand high-speed, high-frequency motion, tension springs are widely used in feeding mechanisms on automated production lines, for gripping and resetting in robotic arms, for constant-force contact in inspection fixtures, and in various pneumatic valve actuators. They primarily perform functions such as precise feeding, rapid reset, constant-force contact, and drive compensation, making them fundamental and critical elastic components for enhancing the efficiency, precision, and operational stability of automated equipment.

Medical equipment

Thanks to their biocompatibility, high cleanliness, smooth and seamless motion, and precise, controllable force output, tension springs are widely used in the drive mechanisms of infusion pumps, the automatic retraction of surgical instruments, precision motion modules in imaging equipment (such as CT scanners), and assistive devices in rehabilitation equipment. They primarily serve functions such as precision delivery, automatic retraction, constant-force assistance, and safe power transmission. They serve as precision power and return components that meet the high-precision, high-reliability, and specific hygiene requirements of medical devices.

Automotive Parts

Tension springs are widely used in automotive seatbelt pretensioners, door lock mechanisms, gearshift levers, and various actuators in the engine compartment due to their resistance to high and low temperatures, corrosion resistance, long service life, and ability to maintain stable performance under harsh operating conditions. They primarily perform functions such as safety locking, position holding, force adjustment, and system reset, serving as essential components that ensure vehicle safety, comfort, and the long-term reliable operation of various mechanisms.

Robot

Tension springs, with their controllable force, fast dynamic response, high precision, and ability to facilitate compliant interactions, are widely used in force-position compensation for robotic joints, tactile simulation for dexterous grippers, collision protection for collaborative robots, and automatic docking mechanisms. They primarily perform functions such as compliant actuation, force feedback simulation, overload protection, and precision alignment compensation, making them core flexible components for achieving high precision, high safety, and human-robot collaboration.