
Tube Bending Tolerances: What to Specify and How to Control Them
Your tube can leave the bender with the correct angle and still fail during assembly. You may find that its end misses a mounting point,

Your tube can leave the bender with the correct angle and still fail during assembly. You may find that its end misses a mounting point,

Tube wall thinning during bending is a serious quality issue. You bend a tube, and the outer wall gets thinner than the drawing allows. The

A bent tube can reach the specified angle and still fail inspection because its cross-section has become too oval. Before you increase pressure or change

Tube bending wrinkles are one of the most frustrating defects in production. You see them on the inner radius of the bend, and every wrinkled

A wrinkled bend, a flattened section, or a part that will not fit its fixture can leave you unsure what to change. Increasing pressure or

Two machines may accept the same tube diameter yet produce very different parts. A frame support with short straight sections and defined bends presents a

You may know the finished shape of your tube and still be unsure which machine can make it. A frame bend, an expanded connection, and

Tube deformation during bending causes real problems in production. You may have seen oval cross-sections, thin walls, wrinkled inner radii, or parts that spring back

Tube springback can leave a finished bend outside tolerance. The tube changes shape when the tooling releases it, so the unloaded angle may differ from
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