
Laser Welding for Aerospace Components: Applications & Benefits
Discover how laser welding is used for aerospace components, including lightweight structures and precision parts. Explore the benefits, materials and applications.
| Model | LWS-M | LWS-M Plus | LWS-A |
|---|---|---|---|
| X axis stroke | 480 mm (550 mm cl. IV) – manual | 480 mm, motorised | 520mm, motorised |
| Y axis stroke | 375 mm, manual | 320 mm, manual | 400 mm, motorised |
| Z axis stroke | 410 mm, motorised | 410 mm, motorised | 500mm, motorised |
| Working plane | Fixed (mobile opt.) | Manual | Mobile |
| Laser power options | 20 W – 30 W – 50 W |
| Power supply | 230 V ± 15%, 50/60 Hz, 1 ph – 1 kW |
| Dimensions (W x D x H) | 1400 mm (machine) / 1964 mm (machine + console) x 1414 mm (without console) x 2002 mm (closed door) / 2585 (open door) |
| Weight | 500 kg |
The SISMA LWS is designed for industrial laser marking, deep engraving and permanent part identification on large or heavy metal components. Its flexible workstation design makes it ideal for manufacturers producing machinery, tooling, moulds, fabricated parts and precision-engineered components where accuracy and repeatability are essential.
Suitable for marking serial numbers, Data Matrix and QR codes, product branding, logos, traceability information and deep engraved features, the LWS supports efficient production workflows while maintaining exceptional marking quality. Optional CVS vision technology, Pattern Matching software and rotary axis accessories enable automated positioning and reliable processing of complex or cylindrical components, making the system an excellent solution for both single-piece and batch manufacturing.

Discover how laser welding is used for aerospace components, including lightweight structures and precision parts. Explore the benefits, materials and applications.

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