Vilka är fördelarna med laserskärning av vädrande stålplattor

May 19, 2025 Lämna ett meddelande

Laser cutting of weathering steel plates is to irradiate the weathering steel plates with concentrated high-power density laser beams, so that the irradiated weathering plates are quickly melted, vaporized, ablated or reach the ignition point, and the molten material is blown away by high-pressure. High-speed airflow is coaxial with the beam, and then the workpiece is klipp . Laserskärning tillskrivs en av de termiska skärmetoderna .

Låt oss analysera laserskärningsmarknaden och dess bearbetningseffekter . på laserskärningsmarknaden är allt tydligt . laserskärning kan hantera mer arbete, men det är nödvändigt att köpa utrustning för att hantera mer arbete, som är dyrt, men antagande att det är en enda arbete att köpa, till exempel kniven som laser, läderläder, läderlasser, laser, ec {{{{{{}}) price is not so expensive, this is the future market, in terms of its processing role, the function of single-piece processing is absolutely suitable for single-piece work, and it can meet the requirements of this work. These are mentioned in the introduction of these work equipment. Therefore, assuming that businessmen who want to choose laser cutting processing, they might as well try to use laser cutting to open the equipment and purchase it directly for processing, which can Hjälp dig att slutföra och lösa många problem! In the field of automobile manufacturing, the cutting technology of space curves such as the top window of the car is now widely used. Volkswagen AG of Germany uses a 500W laser to cut messy body panels and various curved parts. In the field of aerospace, laser cutting technology is mainly used to cut special aviation materials such as titanium alloys, aluminum alloys, nickel alloys, chrome alloys, stainless steel, beryllium oxide, composite materials, plastics, ceramics and quartz. Aerospace parts processed by laser cutting include engine flame tubes, titanium alloy thin-walled shells, aircraft structures, titanium alloy skins, wing trusses, tail panels, helicopter main rotors, space shuttle ceramic thermal insulation tiles, etc .