A metal laser cutting machine is a computer-controlled machine that uses a laser beam to precisely cut or engraves metals. Fabricators often use metal laser cutters for intricate designs that require laser-level precision.
How do metal laser-cutting machines work?
The working process of a laser-cutting machine involves a high-powered, highly focused laser. The machine runs the laser beam through the material, piercing a hole. The laser penetrates the material once a hole has been made in it, leaving a precise cut with a smooth finish. Metal cutting machines sometimes use a pulse laser beam, where the cut is delivered in the pulses of the laser. Other times, CNC metal laser cutters use a continuous wave, where the beam is kept focused on the material until the cut is delivered. In both cases, sheet metal laser cutters use high-powered lasers to pierce through materials and create precise cuts.
Why choose metal laser-cutting machines?
There are many different benefits to using a metal laser engraver during the manufacturing process. They will lead to shorter lead times than many other cutting methods. They are highly precise, allowing for accurate cuts and complex designs. They create consistent cuts that allow them to mass produce similar goods. Sheet metal laser-cutting machines are more energy efficient, helping manufacturers go green and save money on their energy bills. They are also highly versatile and able to produce many different designs with varying levels of intricacy. Lastly, CNC metal laser-cutting machines have fewer finishing requirements than other, less precise cutting processes.
Will metal laser-cutting machines damage the metals being cut?
Because lasers use heat to produce cuts, many people are worried that the heat-activated zone will lead to damage to the metal being cut. However, laser cutters do not damage metals. They are highly precise and focused, greatly reducing heat damage. In addition, the laser smooths the cut as it is cutting, meaning that there is no damage done to the surrounding area of the cut.