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Laser Equipment Upgrade: Applications of Laser Cutting Machines in the Kitchenware Industry


06/09

2020

      Laser Equipment Upgrade Manufacturers have found that laser cutting machines offer distinct advantages compared to traditional sheet‑cutting methods. Fast cutting speed and high production efficiency; Good cutting quality and narrow cut seams; Good material compatibility and no tool wear. Whether it’s a simple part or a complex component, laser cutting and shaping can be performed quickly and with high precision. High degree of automation, simple operation, low labor intensity, and zero pollution. Low production costs and good economic returns; This technology has a long effective lifespan.

      Compared with conventional machining methods, Laser Equipment Upgrade Laser cutting from manufacturers also offers distinct advantages. Among thermal cutting methods, oxygen‑fuel cutting and plasma cutting cannot concentrate energy into such a small area as a laser beam, resulting in a wider cutting swath, a larger heat-affected zone, and more pronounced workpiece deformation. Oxygen‑fuel cutting equipment is compact in size and requires minimal investment. This is a highly versatile cutting tool. However, due to its large heat-affected zone and relatively low cutting speed, the cut is severely jagged and distorted. Therefore, cutting thicknesses less than… are rarely chosen. 20 mm And materials that require precise dimensions. Plasma cutting is similar to laser cutting and far superior to oxyacetylene flame cutting. However, the cutting energy is low, the top of the cutting edge is rounded, and the cutting edge exhibits a distinct wavy profile.

 Laser Equipment Upgrade

       For small and medium-sized enterprises, the advantages of laser cutting will be fully demonstrated. Laser Equipment Upgrade Laser cutting machines from manufacturers make it easy to arrange and cut workpieces in close proximity, saving more material compared to stamping dies, which require larger material allowances around each workpiece. For large, complex parts that require batch drilling, numerous small shell-shaped cutting edges and a significant amount of corner material are generated. The cutting speed is much slower than laser cutting. In addition, as a flexible, non‑contact contour cutting tool, lasers can cut from any point on a material in any direction, which is incredibly exciting for sawing applications. Electrodischarge machining or wire cutting is used for the precision machining of hard materials. Although the cut is flat, the cutting speed is several orders of magnitude slower than laser cutting. Although waterjet cutting can cut many non‑metallic materials, its operating costs are relatively high.

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