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Read up on all aspects of sheet metal bending

Browse our in-depth articles on the technical and business aspects of sheet metal bending.

3 ways to avoid rejected parts

It’s not uncommon for some jobs to require a finished part to be free from marks or aesthetic imperfections. If part marking occurs during the bending process, in the form of marking or creasing the bend line, a good part can quickly be turned to scrap metal, resulting in rejection and increased production costs. Here are three ways to minimize or eliminate part markings:

9 strategies for winning the part-collision battle

On the first day they use a new press brake, operators commit themselves to a battle that will endure for as many years as that press brake remains in service. Unfortunately, many will be unaware they have committed themselves to this struggle and will find out the hard way that they have not properly prepared for it.

Learn about WILA tools and load capacity

WILA tools can easily sustain the loads that are required for standard air bend operations. However, sometimes bending operations are not standard and higher loads are required. What is the maximum load a WILA tool can bear? Learn how to look up the load capacity and to determine if the tool is suitable for the job.

Tip radius

When air bending, it is not the tip radius of the punch that you use to influence the product radius, but the V-opening of the die. Why is this the case? And how do you select a punch with the right tip radius?

V-opening

When air bending on a press brake, which V-opening should you choose and what consequences does this have for bending force, flat pattern, minimum leg length and markings on the product?

Shoulder radius

How does the size of the shoulder radius affect the bending result, and what options are available for changing the shoulder radius?

Tool angle

Sheet metal is bent on the press brake between a punch with a certain tip angle and a die with a groove angle. Which angles and combinations are best to choose? And how does your choice affect the maximum load capacity and versatility of the tool?

Tool height

Press brake tools are available in several standard heights. The choice of height depends not only on the bending freedom you need, but also on the characteristics of the press brake. What should you consider when determining the desired tool height?

Tool shape

A press brake tool with a lot of bending freedom is very versatile. This results in fewer tool changes and you need to stock fewer tools. What are the options and what should you consider when choosing a tool shape?

Tool tang

The tool type that can be used in a press brake is determined by the tool clamping system. How do you recognize the tool type and what variants does WILA offer?

Tool length

On a press brake, the desired bending length can be put together with segmented tools. What segment lengths does WILA offer and what is a smart investment?

Inside the WILA Smart Factory

As the manufacturing landscape evolves, companies seek solutions that enhance productivity, reduce costs, and improve overall performance. With our cutting-edge Tool Holders and Tooling for press brakes, we deliver just that. But did you ever wonder how WILA creates its wide range of high-quality products for our customers, while maintaining a consistent quality level?

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