Torsion springs are helical springs designed to resist rotational forces by storing and releasing energy when twisted along their axis.
Tension springs, also known as extension springs, are designed to resist stretching forces by extending in response to applied tension and returning to their original length when the force is removed.
Compression springs resist compressive forces by shortening along their axis when a load is applied and returning to their original length when the load is removed.
Coil springs are helical springs formed by winding wire around a cylindrical form, typically used to absorb or store energy in mechanical systems.
Arc springs are curved, flat springs often used in electrical applications to provide constant pressure or contact force.
Leaf springs are multi-layered springs typically used in vehicle suspensions, composed of stacked metal strips to absorb and distribute weight and force.
Spiral springs are springs formed by winding a flat strip of material into a spiral shape, offering constant torque and used in various applications such as clocks and measuring devices.
Air springs utilize compressed air to provide suspension support, commonly used in vehicles and industrial equipment for smoother rides and load-bearing capabilities.
Flat springs are thin, flat strips of material that store and release mechanical energy, commonly used in applications such as electronics, automotive, and industrial machinery.
Balance springs, also known as hairsprings, are small helical springs critical for regulating the oscillations of the balance wheel in mechanical watches, ensuring accurate timekeeping.
Volute springs are conical-shaped springs characterized by multiple turns of the same radius, commonly used in heavy-duty applications such as truck suspensions and industrial machinery for their high load-bearing capacity.
Constant force springs provide a consistent force output over their range of extension, typically used in applications like retractable cords and window counterbalances.
Disc springs, also known as Belleville washers, are conical-shaped washers stacked together to create a spring-like structure, commonly used for applications requiring high spring rates and small deflection distances.
Hair springs, also known as balance springs, are delicate, coiled springs critical for regulating the oscillations of the balance wheel in mechanical watches, ensuring precise timekeeping.
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