Key benefits Reliable elastic performance and long life from spring steel construction Consistent torque and uniform force distribution for smooth operation Precise fabrication with tight tolerances and a smooth, burr surface Versatile in motion control, vibration damping, and energy storage applications Material Spring steel: has strong bend resistance and good toughness, designed for durable torsional spring use Performance and characteristics elasticity with plasticity and good fatigue resistance Uniform force, firm balance, and a quality texture Manufacturing and quality Made with a precision spring machine Multiple processing steps with strict process control Small tolerances and a smooth surface without burrs Working principle and typical uses Torsional springs store elastic energy and exert torque when deployed Generally made of spring steel Used to control the movement of machine parts, dampen impacts or vibration, store energy, and regulate the magnitude of the applied force Applications and use scenarios Use in automation equipment to provide controlled torque and damping during motion In precision instruments to ensure stable force and reliable energy storage for repeatable readings In mechanical linkages or clutches to smooth motion, reduce shock, and manage force in compact assemblies