In a lot of industry application waiting with manufacturing industry in industry of auto industry, electron, connect regular meeting to use laser technology to be the plank component under 2mm to have cut to ply, give typical examples of its representative application is shown 1 times like the graph, and still have a lot of new applied field is in ceaseless emerge in large numbers. In a typical workshop, 30% what normally ply holds stock to flow about for the plank under 2mm. Fiber-optic laser is being measured into character and cost control respect is shown all along numerous, apply to plank cut especially this kind of application. The moving cost of system of fiber-optic laser cut is lower than traditional CO2Laser Cutting system, and the cut quality that its can realize is higher than Plasma Cutting system also. Graph the applied example that 1 ply is cut of 2mm the following plank and photograph of CO2Laser Cutting system are compared, system of fiber-optic Laser Cutting can reduce moving cost significantly, if pursue,2 are shown. The cut system that is based on CO2 laser needs normally weekly or the part that transmits every months to beam of light undertakes maintenance, ability assures the function of Laser Cutting. Under photograph comparing, system of fiber-optic Laser Cutting is to pass fiber-optic transmit energy to cut head directly, the maintenance of transmission part of beam of light cost was reduced about 80% . In addition, the cost of the system of fiber-optic Laser Cutting of 400W of a power, the cost that compares the CO2Laser Cutting system at power 1kW wants low 25% ; The cost that compares the CO2Laser Cutting system at power 3kW wants low 50% . Graph 2 use need not the stainless steel that phyletic laser processes ply to be 1mm board year of operation cost is comparative system of graph Plasma Cutting because its are in-house and fragile of the component use up, inside period of time, the product cut quality that shows actually often uneven, need often changes fragile. Another defect of method of this kind of cut is: The heat with larger generation of the meeting in machining a process affects an area (HAZ) , and cut seam width wider, such more difficult implementation often are cut high subtly cut quality, cause material easily also to waste at the same time. Another bit notable is, the data that uses Plasma Cutting is practicable at the same time only. When using system of fiber-optic Laser Cutting, do not have any mechanical loss, the cut quality of the product can keep consistent from beginning to end. If the graph is shown 3 times, use cut of system of fiber-optic Laser Cutting, hot influence area and cut seam smaller, workpiece can be arranged cheek by jowl, can acquire very fine cut quality. Graph what 3 fiber-optic laser obtain is narrower cut seam (the stainless steel that ply is 1mm is laminose, cut speed is 8. 5m/min) . In an established workshop, fiber-optic laser can use material of component of treatment flat, three-dimensional mould, canal to wait, accordingly it is a very agile industrial treatment tool. In addition, fiber-optic laser appliance safeguards rate and efficiency of taller changeover of light produced by electricity inferiorly fully, because this can help an user,reduce manufacturing cost further. What NextpageLaser Cutting test uses in Laser Cutting test is RedPOWER series laser, if the graph is shown 4 times,check a result, the circumstance cutting a margin of stainless steel and aluminous material is shown 5 times like the graph. The higher cut rate that these test data proved to this cut system can come true and cut quality. Because the laser focusing facula of this system is dinky, combined quality of high grade beam of light and high power output, because this can acquire the wonderful quality that cut a margin, arise without waste residue almost, hot influence area is very small also. Graph ply of cut of successive and fiber-optic laser is less than 4 use 400W the cut speed contrast of the mild steel of 2mm, stainless steel and aluminous material pursues graph ply of fiber-optic laser cut is series of 5 use RedPOWER the result cutting a margin that the plate material place of 2mm achieves (Zun Tu is aluminous material, right graph is stainless steel) . Platoon appearance is fiber-optic Laser Cutting system is very comfortable at cut of efficient the component that discharge appearance, the its typical cut that discharge appearance is shown 6 times like the graph. Because system of fiber-optic Laser Cutting can come true narrower cut seam and heat up influence area lesserly, because this workpiece can be arranged cheek by jowl together, it is to join together even. When using the method that discharge appearance, photograph of system of fiber-optic Laser Cutting is compared at system of high accuracy Plasma Cutting, can save the board of 15% , make thereby manufacturer can from the benefit in system of efficient, energy-saving, economic laser beam machining. Graph of 6 models compact model cut platoon appearance is designed (the picture is offerred by IBE software) should need pair of ply when the plate material under 2mm undertakes cut is machined, the expression of fiber-optic laser has RedPOWER series significantly advantage. To a lot of application, fiber-optic laser is good solution, as the maturity of fiber-optic laser technology, the treatment quality that its will bring high quality for the user and low production cost. CNC Milling
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