When designing a timing belt drive, more safety always sounds like a good idea at first. So, should you plan for a little extra margin? Choose a belt one size wider? Size the components larger? While this reduces the risk on paper, it can also lead to a larger installation space and unnecessary oversizing.

The crucial question, therefore, is not: How high can we set the safety factor? But rather: How high does it actually need to be for this specific application?

This is exactly where a robust drive design begins.

The Belt Drive Navigator 2.0 allows you to calculate a timing belt drive based on the actual application parameters. It also takes into account the safety factor required for the specific design. Depending on the objective, the calculation can be tailored to, among other things, optimal installation space, maximum service life, or specific environmental influences.

With L.E.A.N. Drive, Walther Flender takes it one step further: Instead of designing drives with high safety margins across the board, this methodology enables an exact calculation of the expected service life for the customer’s specific application. This avoids potentially costly oversizing.

For designers, this means:
Do not design for the largest possible size, but rather for the size that is technically necessary.

This can help optimize installation space and material usage while also placing greater emphasis on service life and maintenance requirements right from the design phase.

After all, a safety factor should not ultimately be used primarily to compensate for one thing: a lack of knowledge about the actual application.

If you’d like to know more precisely during the design phase what safety margins your timing belt drive truly requires, you can work with our application engineering team to examine the design in greater detail.