Laser Cutting Machine Overview

History of the Laser
The principle of laser was first theorized by physicist Albert Einstein in 1917 when he described his theory of stimulated emission.In 1960, the first working laser was described as "a solution looking for a problem." It was in short order, and with some creative thinking, the laser's distinctive qualities were being found to have numerous applications. The laser's power to produce an intense, very narrow beam of light from a single orientation was being captured for science, technology, and medicine. Today, lasers are everywhere--from research laboratories at the cutting edge of quantum physics to medical clinics, supermarket checkouts and even the telephone network.

Special Commercial Utilizations
With the correct laser power settings, the industrial laser can cut cleanly through mild steel to 0.75 inch, 0.5 inch of stainless, as well as aluminum, bronze, and titanium. Industrial laser cutting machines are the fastest machining process for flat sheet and plate materials. With the utilization of high intensity light surrounded by a high-pressure gas, many geometric complex contours can be manufactured without the need of hard tooling. A by-product of these laser cutting procedures, edge quality rarely needs secondary processing.

Advantages of Laser Cutting Machine
The manufacturing industry claims the edge finish is far superior when compared to a punched product. The requirement of complex shapes can be produced without expensive tooling. There is a much larger range of materials that can be cut. But most importantly, the speed is normally faster than other profile cutting methods.

Following is a video showing you the working process of laser cutting machine.

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