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Integrating laser cutting into precision machining allows more precise cutting of metal and non-metal materials. This happens while maintaining finishes to end up with the final product. Companies turn to precision machining to meet the exact specifications of their clients in sheet metal fabrication. If you want to know more about laser cutting metal in precision machining, let us get into the details.

Basics of Laser Cutting

A fabricator uses a laser cutter to produce precision-cut parts and components. This type of cutter has a laser resonator that produces a high-energy beam. A mechanical system then moves the laser over the metal in a pattern that a computer control. The intense energy focuses on a specific point with the use of a focusing lens.

This beam strips away the excess material. Puffs of gas, such as nitrogen or oxygen, remove the melted material. The edges then gain a smooth finish. A CNC (computer numerical control) program controls the laser. It adjusts the strength level of the laser. This makes sure that the power suits the speed of the cutting.

Traditional cutting involves cutting metal with a punch or stamping press. This is a slow process that uses different tools for specific types of cuts. The process of fiber laser cutting is quicker because the beam is precise in cutting any shape. The resulting laser cut metal has clean, smooth edges as well.

Advantages of Fiber Laser Cutting

Fiber laser cutting is more optimal than any conventional cutting technology. Here are its advantages:-

Versatile and Precise

Fiber laser cutting machines are in demand for cutting metal materials like stainless steel, brass, carbon mild steel, and aluminum. They are versatile in creating complicated patterns. These machines are accurate and fast. Each run results in smoother cuts and flawless finishes with a precision of about 0.02 millimeters.

Flexible

A sheet metal laser cutting can handle myriad designs from the simplest to the most complex. It can even handle artwork, lettering, and etching. For this to happen, the design should be approved. Then, it should be translated into a code that computers understand. Only then will the laser cutting machine produce the intricate designs.

Simple

Traditional cutting methods result in rough edges. The workers would have to grind these edges until they are smooth enough. A laser cutter leaves the material smooth along the edges. You do not need to file them anymore. This saves you money and time.

Turn to an Expert in Laser Cut Metal

A fiber laser has a strong beam that cuts through various metals. In projects that need intricate designs on metal materials, fiber laser technology is an excellent choice. The precision of this type of laser yields high-quality parts and components. The flexibility of fiber lasers is evident in the myriad designs they can create. Unlike traditional cutting methods, a laser cutting metal material only produces smooth and flawless surfaces and edges.

Weldflow Metal Products invests in new technologies to help its clients get ahead of the competition. We use fiber laser technology in our precision machining to meet the exact product requirements of our customers. If you need an expert in laser cut metal, turn to Weldflow Metal Products.

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