Industry Applications for Laser Cutting Machines

Do you have a detailed knowledge of the range of applications of laser cutting machines? The development of laser technology from its early days to its widespread use today results from the combined efforts of several generations of researchers.
You may think that laser cutting machines are used to cut metal, but this is a very one-sided understanding. Laser cutting machines are only a generic term, with great differences in classification, working methods, and prices.

How a laser cutting machine work

Although there are differences in the working principles of the different laser engraving machines, they all work similarly. This is explained in the following sections for fiber laser cutting machines and CO2 laser cutting machines.
Fiber laser cutting machine work: The fiber laser cutter uses a laser to produce a high-density laser beam. It has the advantage that the laser beam is smaller in diameter and allows for high levels of laser cutting. These machines are large and suitable for cutting metal and are expensive.
CO2 laser cutting machine: The CO2 laser cutter uses an electric current to convert the gas in the laser tube into a laser beam, which is then converted into a laser beam using an optical element. Its main advantage is that it can cut better cutting edges and is suitable for cutting non-metals.

Applications for laser cutting machines


Laser cutting machine cutting of automotive parts is the most common application sector for laser technology. You can cut sheet metal quickly and reduce waste. And with the high demand for metal parts in the automotive industry, choosing a highly accurate laser engraving machine is essential.

Sheet metal manufacturing industry

The sheet metal manufacturing industry is particularly critical for processing metal materials, and a laser cutting machine makes it possible to process sheet metal more efficiently. We can only achieve large-scale sheet metal production with the support of laser cutting technology, which allows for easy mass production.

Agricultural implements

You can choose some less expensive laser cutting machines for these metal parts. Agricultural implements do not require high precision, so you can buy some economic ones and use them to produce agricultural implements.

Household appliances

These products are generally thin, so that you can choose a low-powered fiber laser cutter for your production.
In addition to the most common applications mentioned above, there are also the following applications:

  • Transport Traffic
  • Branded billboards
  • Electrical components
  • Marble cutting
  • Plastic industry
  • Packaging and transport

Advantages of Laser cutting technology

  • High speed and productivity
  • Wide range of processing
  • Smooth cutting surface
  • Small size, precise cuts
  • Continuous production
  • Economical and time-saving
  • No need to open molds

How much is a laser cutting machine

Depending on the power, speed, and accuracy of the engraving, the price of the machine will be affected. The price of a CO2 laser cutter is usually much lower than that of a fiber laser cutting machine, with fiber laser cutting machines costing over $20,000 and CO2 laser cutting machines costing over $8,000.
I would not recommend buying a laser cutting machine that is too cheap, as the overall price of the machine is not cheap, and it has a life expectancy of around 20 years. If you start cheaply and choose a particularly cheap machine, you may have more maintenance problems later on, and the engraving/cutting results may be poorer.


Laser cutting machines are developing phenomenally, and the many benefits of laser technology are popular in many industries. If you need a laser cutter, check out our website or contact our staff directly.