1. Build a representative part set
Do not select from one easy component. Include the widest blank, thickest material, shortest flange, deepest return, most complex sequence and most cosmetic surface in the review set.
Add production quantity for every part family. This reveals whether speed, automatic tool change or compact flexibility creates the greatest value.
2. Confirm process limits and handling
Validate capacity for the exact material grade and bend length. Then review how each blank is loaded, centered, rotated and removed. Handling can become the bottleneck even when forming capacity is adequate.
- Maximum and minimum blank dimensions
- Mild steel, stainless and aluminum grade ranges
- Flange height, return depth, hems and partial bends
- Part weight, surface protection and unload orientation
3. Define measurable acceptance criteria
Agree on sample parts, tolerances, takt measurement, inspection method, training scope and documentation before ordering. Repeat the relevant criteria during factory acceptance and site acceptance.
Panel-bender selection checklist
| Input | What to provide | Why it matters |
|---|---|---|
| Part data | Flat and finished drawings | Defines geometry and collision risk |
| Material | Grade, thickness and surface | Determines capacity and handling |
| Production | Annual mix, batch size and takt | Drives platform and automation choice |
| Quality | Angle, dimension and cosmetic criteria | Creates acceptance method |
| Integration | Loading, unloading and upstream systems | Defines interfaces and layout |
Relevant platforms
