Laser cutting machine

Laser cutting machine It can operate using fiber lasers, solid-state lasers, and CO2 gas lasers, which operate in both continuous and pulsed modes. Such machines are expensive, as laser cutting equipment is not cheap. Each such machine reproduces the most precise metal processing procedure, as defined by the processing program.

Laser cutting machine for metal consists of an energy source, which includes:

• a system for pumping an active body, which, after pumping, produces radiation;
• systems of mirrors that amplify the stimulated radiation of the active body.

A solid-state laser machine has a pump lamp and an active medium, which is a ruby rod. The pump lamp produces very strong flashes of light, which powerfully affect the atoms of the active medium. Mirrors are located at the edges of the ruby rod, one of which is partially transparent and the other reflective. These mirrors cause multiple reflections within the active medium, and the amplified laser beam exits through the transparent mirror.

Such laser cutting machines They are very practical for working with metal, but they are not used for non-metallic materials. Such a machine is typically compact, has a high pulse power of up to 10W or more, and a short light pulse (10 seconds, perhaps shorter). It can operate continuously without reducing power. Pumping is performed optically.

The Tru Laser 5030 Fiber is a highly efficient machine, equipped with a 3 kW solid-state laser that cuts with nitrogen. The cutting speed is quite high, and the quality is excellent. Laser cutting machine  The RAPID 3015 LS 0.7 fiber laser is designed for precise cutting of sheet metal along any contour. This machine features a robust steel base, Swiss-made linear guides, racks, and pinions, an independent laser cooling system, low power consumption, ALFA planetary gearboxes, and an Advantech CNC controller.

Laser cutting machine A gas plasma consists of a sealed tube containing a gas as the working fluid and an optical resonator. Electrical discharges in the gas pump energy into the active medium. During this process, electrons collide with gas atoms, exciting them and emitting a photon. Light waves generated in the tube gain strength as they pass through the gas plasma.

These machines also perform high-quality marking work on metal surfaces.