Compression Spring Calculator

Obtain your spring calculations with our free online spring calculator design 3 different types of springs including compression extension and torsion.

Compression spring calculator.

Helical round wire spring calculator for designing and manufacturing compression springs. Default units are shown in inches etc however si metric can be used. The spring creator spring calculation software features a compression spring calculator an extension spring calculator and a torsion spring calculator all with amazing new features. A helical compression spring design calculator is a spring calculation software which calculates spring rate or spring constant safe travel safe loads and other important factors using your helical compression spring s physical dimensions like wire diameter outer diameter free length total coils and material type.

To calculate the rate enter the wire size diameter and number of coils required to construct the spring. The main features of the spring calculators are. This calculator computes all parameters spring rate maximum load maximum stress solid height coil pitch coil angle wire length resonant frequency shear modulus and spring mass related to a compression spring from basic geometry and material data input. In determining the total number of coils in the spring the calculator assumes that the ends of the spring are squared.

Acxess spring is making spring design easy with our amazing spring calculator our spring creator calculator is composed of three individual spring calculators. Sometimes you might only have a couple of your compression spring s dimensions but in order to calculate other things such as rate and travel you ll need to know a bit more. This calculator will determine the spring rate constant related to a compression spring from basic geometry and material data input. Basic compression spring calculation formulas.

Using our spring creator calculator will simplify the entire custom spring design and purchase process and facilitate your acquisition of the ideal spring. This equation will determine estimate the spring rate k of a compression spring. It has been built with a number of checks that will not allow you to calculate a spring if the data you have entered will not result in a feasible design. Here you will see a couple examples of different scenarios where a certain spring dimension is needed.

If you aren t sure the springulator is operating correctly please enter the data and check the results.