Laser Cutting Sydney: 5 Types of Materials That Laser Cutting Technology Can Work On

Laser Cutting Sydney: 5 Types of Materials That Laser Cutting Technology Can Work On

From using sharp blades for cutting small materials, to utilising the power of laser beams to rip through metals, we definitely have come a long way in improving our cutting technologies over the years.

This improvement can be credited to the innovative minds who have come up with various ways to cut light and heavy materials more efficiently. Gone are the days when we used to rely on the traditional ways of cutting materials that work well but have the tendency to be unsafe and inefficient, both of which are important factors that have a positive effect in workplace productivity. Now, we can just laser cut steel, wood, plastic, and many other materials without any trouble.

Laser cutting is among the many technologies that can be effectively used to cut metal and other types of materials. This advanced cutting technology is known for being accurate, efficient, and safe, among others. Sometimes, other forms of metalwork, such as sheet metal bending, are performed on laser-cut materials as finishing touches.

If you are planning on using laser cutting for your needs, then you need to know first the kind of materials that it works on. While laser cutting is capable of cutting through many materials, we will only be focusing on 5 of them in this article.

Metals

This type of material is what laser cutting technology is widely used for cutting in the industrial level. Whether it’s copper, steel, aluminium, brass, sheet metal, and even precious metals, laser cutting devices are capable of cutting through it with ease and extreme accuracy. The only downside is the cutting power of laser technology is only effective on thin, intricate metals and not on thicker metals, but that doesn’t affect the success of companies that offer metal laser cutting services because it’s not all the time that thick materials need to be worked on.

Plastics

Surprisingly enough, laser cutting works really well on plastics such as acrylic, polyester, and polycarbonates, given that they don’t contain any trace of chlorine. Laser cutting technology not only offers a safer and more efficient way to cut plastics, but it also presents more opportunities for industrial companies to create new and innovative products that can only be done with laser cutting.

Ceramics

Ceramic is widely used in the field of electronics due to its ability to function as an electrical insulator and its thermal conductivity. While this material doesn’t have the ability to absorb high energy amounts because of its heat conducting properties, laser cutting technology is still great for cutting it due to the fact that it can produce high-quality edges at a much faster rate. In order to avoid damaging this material, you must adjust the energy output of the laser beam accordingly.

Wood

Laser cutting wood

Laser cutting does wonders on a number of wooden materials, such as MDF and plywood. The technology works best on wooden materials with several layers because they are more capable of withstanding the laser’s output. With the precision and efficiency of laser cutting, there is no doubt in the world that it can produce high-quality wooden products, even if they are rapidly produced.

Paper

Paper may be a delicate type of material, but laser cutting technology works excellently on it. The effectiveness of laser cutting machines when cutting paper mainly depends on the laser technology you are using, but a majority of lasers can cut through anything from cardboard to fine papers without damaging the material.

 

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