Custom Laser Cutting in Sheet Metal Fabrication

  • 50+ Materials options;
  • Low-volume prototyping to 10000+ pieces;
  • Size up to 1300mm x 1000mm;
  • Custom fabrication: create laser cutting as to your drawings.
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Laser Cutting Service: custom manufacturing in China

At Beska, we offer a custom laser cutting service through fiber and CO2 lasers. There are 10+ sets of laser cutters to support your laser cutting project.

The materials we commonly use for laser cutting are stainless steel, brass aluminum, nickel, acrylic, foam, etc. The tolerance of our laser-cut parts can be up to ±0.005mm.

You send us the drawings and we cut the parts for you!

A Series of Sheet Metal Fabrication Techniques

CNC Fiber Laser Cutting

What makes CNC laser cutting different from other cutting techniques is that is uses the friction to cut the flat metals instead of heat. And it uses the laser beam by CNC(computer numerical control) tools to create high-precision parts.

CO2 Laser Cutting

It is a common and effective cutting technique that applying CO2 in a sealed glass tube to create laser beam. This technique is often used to cut materials such as aluminum, stainless steel, etc.

Laser Cutting Parts

As a custom laser cutting service supplier, Beska applies CNC and CO2 laser cutting techniques to produce high-precison laser cutting parts. These parts are widely used for the automotive, electronics, and household appliances companies.

Common Materials for Laser Cutting

  • Metal. The popular metals for laser cutting includes stainlss steel, aluminum, brass. Metal cutting can achieve higher precision.
  • Plastic. Some plastics are safe to be laser cut: acrylic, derlin, polycarbonate, teflon. Compared to other materials, plastics are easier to be melt badly.
  • Foam. The application of foam laser cutting parts are inserts and seals.
  • Wood. Plywood.
Laser Cutting Materials

What Is the Process of Laser Cutting?

Laser cutting refers to use a laser beam focused on a point to completely penetrate the material, and then the covered material is heated to melt or evaporate.

There are serveral steps to finish a laser cutting project. The first step is adjust the various lenses to focus the laser beam on the processing point and start heating the workpiece until it melts. Then, during the laser cutting process, the cutting edge is given a typical dragline pattern.


What Are the Benefits of Laser Cutting?

Accurate Laser Cutting Parts

Laser cutting is well-known for its accuracy and high-speed production. Its accuracy relies on that it uses highly powered laser beam to create parts with a tolerance as tight as 0.005mm. That’s why the parts used in aerospace industry also need to rely on laser cutting to complete. Although equipment, probability, and design complexity may vary, in general, this process can achieve high-volume production in one day.

Cost-effective Laser Cutting

Because laser cutting does not need to make molds or use other auxiliary tools, its cost is lower than other processing methods. And one of the characteristics of it is that the laser cutter would not touch the surface of the flat metals. It means that the cost spent on maintaining on the equipment will be less. Because laser cutting is a high-precision production method, it can cut sheet metal with a very low error rate. That’s why less waste is generated.

How Thick Can Laser Cutters Cut?

Different materials have their thicknesses of materials that can be cut. For common metal parts, the thickness can be as thick as 20 mm.

What Metals Can Be Laser Cut?

The common metals for laser cutting are stainless steel, aluminum, brass, nickle, etc.

What Laser Cutting Services Do You Provide?

There are two types of laser cutting available at Beska: fiber and CO2 laser cutting.

Can Aluminium Sheets Be Laser Cut?

Yes, aluminum sheets can be laser cut. It is a superior metal material for laser cutting.

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