Affordable Fiber laser cutting machine

Fiber laser cutting machine application range: kitchenware, lamps, hardware cabinets, sheet metal processing, aerospace, auto parts, refrigerators, air conditioners, elevators, hotel metal supplies, craft gifts, tool processing, decorative advertising, metal external processing and other manufacturing  Processing industry.

 Fiber laser cutting machine is mainly used for cutting stainless steel, carbon steel, galvanized sheet and other metal materials.

 Features of fiber laser cutting machine:

 High cutting precision and good stability:

 Adopting precision ball screw transmission mechanism and optimizing the control of the numerical control system can meet the requirements of precision parts processing, the equipment performance is stable, and it can work for a long time.

 Good cutting surface quality:

 The mechanical follow-up cutting head system is adopted, the cutting head follows the height of the plate, the position of the cutting point is always the same, the cutting seam is flat and smooth, and the section does not need subsequent processing, which is suitable for cutting flat or curved plates.

 Large cutting width, many cutting materials, wide application range:

 It can cut metal plates with a width of less than 2500mm×1250mm. Machinable materials include ordinary carbon steel, stainless steel, alloy steel, aluminum plate, copper plate, titanium plate, etc.

 The machine is cost-effective:

 For plate cutting, it can replace CO2 laser cutting machine, CNC punching machine, shearing machine, etc.  The cost of the whole machine is equivalent to 1/4 CO2 laser cutting machine and 1/2 CNC punching machine.

 Low cost of use:

 Using lasers, the main consumables of fiber laser cutting machines are electricity, cooling water, auxiliary gas, and laser lights. The average cost per hour is about 28 yuan.

What is fiber laser cutting machine?

Fiber Laser cutting machine: a laser beam that will be fired from the laser generator, which is focused into a laser beam with high power density through the optical path system.