Bending sheet metal in different angles using a limited set of tools.
Bending sheet metal by enclosing the sheet between the punch and the die.
WILA's tooling solutions for achieving shorter flange lengths.
Avoid deformations when bending near cut-outs.
How to deal with galling while bending galvanized sheet.
Box bending requires forethinking your choice of press brake and tooling.
Tool Holders and Tooling for bending thicker or high strength steel.
Finish sharp edges and strengthen parts of sheet metal products.
Creating a bend with a large radius to material thickness ratio.
Reduce marking on the surface of the bent material.
Making two equal and opposite bends in one hit.
An overview of all bending applications and techniques.
All applicationsEverything you ever wanted to know about sheet metal bending
Read moreThe demands on press brake tools are ever increasing due to changes in the market and the optimization of the production processes. More often sheet products are laser cut and customers expect better material quality and products are being bent rather than welded.
Smaller batch series are also being produced more often, which means tools are installed and removed with greater regularity. This causes wear, damage, contamination and corrosion on stainless steel plates and tool holders. This results in products being rejected! Here are five ways to prevent this:
Naturally, you can replace your tools early, which will stop worn out tools having a negative impact on bending results. However, it is expensive to regularly replace tools! It is a lot more efficient to extend the life-span of the tools.
Greater accuracy in the bending process can be temporarily achieved by grinding your tools (to remove signs of wear and tear). The downside of this approach is that it is extremely labor-intensive, and is always accompanied by additional trailing costs. Regular grinding also reduces tool interchangeability, which means it becomes difficult to order tools with exactly the same properties.
Nitrating can be used to harden the complete surface of tools. However, the durable layer is very thin, which means compression from burring, sloping edges and bulb plate cannot be prevented. Tools also lose their rigidity/strength due to notching (because the whole tool has not been hardened), which results in lower loadability and a limited life-span.
Tools are hardened on the bending radii as well as contact surfaces. A hardening depth of 4 mm makes sure the material's forces are well distributed and thus prevents compression. Damage to certain bending zones is now a thing of the past thanks to the 56-60HRc. Tools retain their rigidity/strength due to local hardening.
Make sure tools are CNC-Deephardened®. This means accurate bending results can be guaranteed for a long period of time, even under extreme loads. Rejected products thus become a thing of the past. This helps to significantly improve productivity, which means investments are quickly recuperated.
WILA’s Premium Tools Holders and tools are CNC-Deephardened® so the aforementioned problems can be avoided. Would you like to know which Tool Holders and tools best suit your application? Then please contact us.
Feel free to contact our Technical Sales Engineers. They are happy to give you advice on your specific situation.
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