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Compressed spring length: This is the length of the spring when it is fully compressed. This ensures the spring fits and functions properly within your application.
Spring travel: The distance the spring needs to compress from its free length to the compressed length. This determines how much the spring is loaded.
Required force: The force (in Newtons) the spring must deliver when fully compressed. This helps us calculate the appropriate wire diameter and spring strength.
Spring internal diameter (mm)
Spring external diameter (mm)
Spring center to center diameter (mm)
Spring internal diameter (mm)
The diameter determines whether the spring fits properly within the available space.
Internal measurement
Measure the inside of the space where the spring needs to fit around. This is useful, for example, if your spring will be placed inside a tube or sleeve.
Spring external diameter (mm)
The diameter determines whether the spring fits well within the available space.
Measure externally
You measure the outside of the space where the spring must fit. This is useful if your spring is in a tube or sleeve, for example.
Spring center to center diameter (mm)
The diameter determines whether the spring fits well within the available space.
Measure center to center
You measure the outside of the space where the spring must fit. This is useful if your spring is in a tube or sleeve, for example.
The material determines the properties of your spring: from resilience and wear resistance to temperature resistance. Think of stainless steel for humid conditions, or spring steel for high load capacity. Choose the material that suits your application or environment.
Compressed spring length: This is the length of the spring when it is fully compressed. This is how we ensure that the spring fits and functions properly within your application.
Spring travel: The distance that the spring must be able to compress from the free length to the compressed length. This determines how far the spring is loaded.
Force to be delivered: The force (in Newton) that the spring must deliver when fully compressed. We use this to calculate, among other things, the correct wire thickness and spring strength.
The diameter determines whether the spring fits well within the available space.
Spring internal diameter (mm)
Internal measurement
You measure the outside of the space where the spring has to fit. This is useful if your spring is in a tube or sleeve, for example.
Spring external diameter (mm)
External measurement
You measure the outside of the space where the spring has to fit. This is useful if your spring is in a tube or sleeve, for example.
Spring center to center diameter (mm)
Measure center to center
You measure the outside of the space where the spring has to fit. This is useful if your spring is in a tube or sleeve, for example.
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