Parts, batch sizes and precision requirements differ widely between industries. SENWADI proposes a machine combination, workstation layout and cycle data per industry, so purchasing can calculate and engineers can implement.
Pain points: high-mix low-volume orders, tight lead times and difficulty hiring skilled staff. Laser cutting, CNC bending and laser welding are linked into one flow to cut handling and waiting.
| Process step | Recommended machine | Key figures |
|---|---|---|
| Cutting | SD-LX exchange-table laser cutting machine | 3–20kW |
| Bending | SD-PB / SD-HB press brakes | ±0.05mm |
| Welding | SD-LW / SD-LR laser welding | 3-10x faster |
Pain points: long parts such as door panels and car walls tend to sag in the middle and vary in angle. The solution focuses on rigidity, crowning and synchronisation accuracy.
Pain points: many specifications, small batches and frequent changeovers. High-accuracy bending and fast programming are needed to cut changeover downtime.
Pain points: thick plate, a high volume of structural welding and demanding weld quality. The solution focuses on high-power cutting and robotic welding.
For operations with tight labour, stable batches and demanding cycle times, upgrading a press brake into an automated cell that runs unattended.