The laser optimizes your manufacturing process in several ways. In a single operation you can create perforations and complex contours. In addition, tubes can be cut into sections. This enables innovative design solutions that minimize downstream tasks such as deburring, welding and assembly. The resources required for intermediate stages such as storage and part handling are also much lower, As a result, you can speed up tour process and significantly reduce costs per part over production methods that use conventional tools for sawing, drilling and milling.
|Tube cutting working area (mm, m)||Ø12-220 (0.47"-8.66"), L ≤ 6(20")|
|Sheet cutting size (mm)||1500 x 3000 (59" x 118")|
|Laser power (w)||Fider 1000 / 2000 / 3000|
|X, Y axis positioning accuracy (mm)||±0.03|
|Max. moving speed (m/min)||100|
|Electricity requirements (V, Hz)||380, 50/60|