Medical equipment

Thanks to their non-magnetic properties (suitable for MRI environments), biocompatibility, and long-term implant stability (≥15 years), these springs are widely used in MRI-compatible control panels, infusion pump buttons, pacemaker connectors, and wearable monitors. They primarily serve functions such as non-magnetic actuation, precise force control, resistance to bodily fluids, and long-term stable transmission, making them indispensable biocompatible components in high-reliability medical devices.

Automotive Parts

Thanks to their millisecond-level response time (<5 ms), stability across a wide temperature range (-40°C to 150°C), and automotive-grade EMC shielding performance, these contacts are widely used in airbag triggers, door latches, seat adjustment switches, ECU connectors. They primarily handle millisecond-level signal triggering, prevent accidental opening and closing, provide EMC shielding, and ensure electrical conductivity across a wide temperature range, serving as a reliable safeguard for functional safety and human-machine interaction in automotive electronic systems.

Robot

Thanks to their compliant control, micro-force feedback (with a precision of up to 0.1 N), and wear-free flexible connection capabilities, leaf springs are widely used in the joints of humanoid robots, the fingertips of service robots, and the end-effectors of industrial robotic arms. They primarily perform functions such as compliant cushioning, tactile sensing, micro-force feedback, and wear-free connection, serving as the fundamental sensing components for achieving high-precision grasping and biomimetic interaction.

Power Tools

Thanks to their impact resistance, high current-carrying capacity (up to 150A), and self-resetting protection capabilities, contact plates are widely used in power tools such as electric drills, angle grinders, and electric screwdrivers. They primarily handle functions such as high-current conduction, switching, overload self-reset, and vibration-resistant connections, making them a core component for the reliable operation of power systems in high-vibration environments.

Home Appliances

Thanks to their high-temperature resistance, moisture and corrosion resistance, and reliable safety interlock response, spring-loaded contacts are widely used in household appliances such as electric kettles, washing machines, microwave ovens, and air conditioner remote controls. They primarily perform functions such as temperature-controlled power cutoff, door lock interlocks, control panel activation, and pressure sensing, making them key components that support the safety and intelligent interaction of household appliances.

Consumer Electronics

Thanks to their high integration, miniaturized design, and ability to reliably conduct high-frequency signals, spring contacts are widely used in mobile phones, tablets, smart wearables, Bluetooth headsets, and various other consumer electronics. They primarily serve functions such as contact conduction, antenna grounding, structural reset, shielding and buffering, and latch positioning, making them indispensable core components in the design of lightweight, slim, and precision consumer electronics.