L3 Fiber laser

• High-quality optical laser cutting, which has been developed around the fiber technology.
• Patented Dry Cooling -cutting head saves in nitrogen expenses
• Laser can be added with device to increase compressed air pressure and it’s being used when cutting 5 mm thickness or less. This saves significantly in cutting expenses.
• Fiber laser saves energy costs by 70% compared with the CO2 laser.
• Minimal need for maintenance, cost per part is more than 50% lower.
• The laser source power 2-10 kW.

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• High-dynamic cutting, thanks to the original compass structure, with ensured dynamics up to 5g, with extremely low power consumtion, thanks to its light weight.
• Salvagnini’s patented Dry Cooling -cutting head saves in nitrogen expenses.
• Laser can be added with device to increase compressed air pressure and it’s being used when cutting 4 mm thickness or less. This saves significantly in cutting expenses.
• Fiber laser to save energy costs by 70% compared with the CO2 laser.
• Minimal need for maintenance, cost per part is more than 50% lower.
• The laser source power 2-6 kW.
• Newest feature is 50 micron fiber cabel to 6kw resonator, which has fastest cutting times up to 5 mm thickness.

Basic features of Salvagnini 2D fiber laser cutting are efficient cutting process and automatic handling of the piece and especially picking and stacking of single cutted pieces. One of the newest feature is automated nozzle change, which allows to cut with fiber laser cell different thickncness of materials without manual set ups.

Fiber laser fits perfectly to cut pieces as part of the Flexcell- production cell concept, where single pieces can be cut freely programmed by fiber laser. Bending process is done in flexible Lean bending cell which consists of panel bender and press brakes.

Compact storage tower for sheet loading and unloading

Space requirements and continious manufacturing process demands is guiding development of fiber laser material handling into more compact format. For this reason Salvagnini has launched new compact storage tower for loading and unloading. Unique unloading fork type device with rolling belts allow cutted sheets to be stacked together with sceleton into fairly accurated piles.

More advanced picking and sorting of single cut parts are available several modular solutions to be configured based on space and unloading address requirements.

LTWS storage tower and MCU picking and sorting device combination

Salvagnini is the market leader in the fiober laser cells with automated material handling, especially in sector of part picking, sorting and stacking equipment, such as LTWS material high tower and MCU- picking and stacking device type os solutions.

Programming

For programming of slug or partly cut sheets, Salvagnini is offering SVS option, which is optical ang graphical piece placing programming feature. System transfers photo image taken by camera in cutting head into vector graphics and after user can program freely on top of that interface. Partly cut sheets images can be arranged into specific material stock management system inside the program.