Main features include:

  • Automatic Pallet changers
  • Automatic sheet loaders
  • 3 axis laser, with pipe/tube profile cutting facilities (Full CNC operation)
  • 3000 x 1500 Cutting bed
  • Tube cutting up to 350mm diameter

Specialized laser Cutting of:

  • Mild Steel - up to 20mm
  • Stainless Steel – up to 16mm
  • Aluminum – up to 12mm (Laser quality only)
  • Tube Cutting – up to 350mm dia

What makes laser cutting so popular?

  • High level of accuracy
  • High level of detail
  • Repeatability and consistency
  • Wide range of materials can be cut
  • Speed of process
  • Low cost of parts

What is Laser Cutting?

Laser cutting is a technology used in industry since the 1970’s and uses a laser to cut materials.

How does laser cutting work?

Laser cutting works by melting, burning or vaporizing the material, while an assist gas is employed to “clear” the cut zone of the molten / burnt material or the gas vapor. In the early days of laser cutting the setting of the laser to produce the desired effect was very much a manual process and very complex. The latest machines now come with many of the common parameters pre-programmed, allowing much easier setting. However operators still require many hours of training to run a laser safely, efficiently and economically.

Laser cutting is a technology that has been used in industry since the 1970’s. The first common application was for sign-making, mainly cutting acrylic. Since then the process has been adopted and adapted by virtually every industry group, and is now a significant process in every manufacturing economy. Laser cutting is excellent at processing many different materials. Unlike physical machining laser profiling is not affected by the hardness of a material, meaning materials such as high carbon steels can be cut as easily as standard mild steel.

The cutting process is very complex, but basically involves pre-piercing the material outside the area of desired cut, moving the laser beam into the cutting area to apply heat, and finally use an assist gas to remove the heated material and produce the cut. The type of assist gas employed is critical, and is dependent on the material to be laser cut; most commonly used are Oxygen (used predominantly for carbon steels), Nitrogen (used for non-ferrous steels & non-metals) are Argon (used for more exotic materials such as titanium)