Specifications : Compression springs of high Precision and bulk quantity can be manufactured as per customer specification. Very close tolrences can be maintained with the help of CNC controlled machines and Automatic Spring Gage with sorting arrangement. Springs can be manufactured in Wire Dia 0.15 to 1.0 mm.

A compression spring is an open-coil helical spring that offers resistance to a compressive force applied axially. Compression springs are generally coiled as a constant diameter-cylinder. Other common forms of compression springs such as conical, concave, convex, or various combinations of these are used as required by the application. Round wire is predominant in compression springs because it is readily available and adaptable to standard coiler tooling , also flat wire spring can also be manufactured depending your order and utility. Compression springs is stress-relieved to remove re

Co mplex Shape with multiple bends and oblong springs Range : 0.5 - 2.50 mm Wire Forms open an entirely new world with each and every design being unique. They perform the same function as other springs but may not have any coils, relying more on a beam affect for energy storage.

Complex Shape with multiple bends and oblong springs Range : 0.5 - 2.50 mm Wire Forms open an entirely new world with each and every design being unique. They perform the same function as other springs but may not have any coils, relying more on a beam affect for energy storage.

With German Hooks, English Loops and any other shape with closed/open coils Range (Round Section) : 0.30 - 3.00 mm Torsion springs, whose ends are rotated in angular deflection, offer resistance to externally applied torque. The wire itself is subjected to bending stresses rather than torsional stresses, as might be expected from the name. Springs of this type are usually close wound, reduce in coil diameter, and increase in body length as they are deflected. Special types of torsion springs include double torsion springs and springs having a space between the coils to minimize friction