Blechindustrie

Das Laserschneiden kann die Vorteile der Programmiersoftware effektiv nutzen, die Ausnutzung von Dünnblechmaterialien verbessern, den Materialverbrauch und -abfall verringern und die Arbeitsintensität und -belastung der Arbeiter reduzieren, um relativ ideale Ergebnisse zu erzielen.

The function of optimizing layout can save the cutting process of thin plate cutting, effectively reduce the clamping of materials, and reduce the additional time required in processing.

The application of laser cutting machines can effectively reduce the number of molds used and shorten new product development cycles. The quality of the parts processed by laser cutting is good, and the machine’s production efficiency is high, which is helpful for small batch production. Laser cutting can accurately position the blanking die size, which is conducive to mass production in the later stage.

Laser cutting is a one-time forming operation and direct welding and fitting. Therefore, laser cutting machines’ application reduces the process and construction period, effectively improves work efficiency, dramatically improves the speed and progress of research and development, and reduces mold investment.

Laser cutting is applied to metal materials such as mild steel, stainless steel, aluminum alloy, pickling plate, galvanized sheet, silicon steel plate, electrolytic plate, titanium alloy, manganese alloy. The laser cutting can process with a thickness range of 0.5-40mm Mild steel, 0.5-40mm Stainless steel, 0.5-40mm Aluminum, 0.5-8mm Copper.

Transportation, shipbuilding, electricity, agriculture, automobile, customer electricity, petroleum, kitchen & cookware, machinery, metal processing, industrial construction, etc.

Blechindustrie
Blechindustrie
Blechindustrie
Blechindustrie

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