Na era da corte con láser CO2, a potencia máxima do láser é limitado a 6000W. O espesor de inicio de corte con láser de fibra placas tamén foi limitado a aceiro de carbono dentro de 20 mm e 12 mm de aceiro inoxidable interior. Para materiais máis espessos, plasma fina, de corte do fío ou de chorro de auga folla etc tecnoloxía de procesamento tradicional. O primeiro cambio revolucionaria de 10.000 watts de corte con láser de fibra para o campo de procesamento de chapas de metal é o de mellorar continuamente o espesor de materiais distintos: placas de aliaxe de aluminio pode acadar 40 mm, placas de aceiro inoxidable pode acadar 50 mm. Con 12kW e 15kW máquinas de corte con láser de fibra cos lanzamentos sucesivos, o límite de espesor de corte de material seguirá sendo dobres.
In addition to the increase in cutting thickness, the cutting efficiency of 10,000-watt laser cutting in the field of medium and thin plates is also improved by multiples. When cutting stainless steel plates with a thickness of 3 to 10 mm, the cutting speed of the 10 kW laser cutting machine is more than twice that of 6 kW; at the same time, the 10 kW laser cutting machine can achieve a fast bright surface of 18 to 20 mm / s in the cutting application of carbon steel Cutting is twice the speed of ordinary standard cutting; carbon steel within 12mm can also be cut with compressed air or nitrogen, and the cutting efficiency is six to seven times that of oxygen cutting carbon steel. The speed of improving the efficiency of high-power laser cutting sheet greatly exceeds people's imagination in the past, which is also the main reason why high-power laser cutting machines are popular in the sheet metal market.
Pos tempo: Feb-14-2020
