Laser Cutting

Laser Cutting: Speed and Precision

Laser cutting revolutionises sheet metal machining. Learn about CO2, fiber and UV lasers and their applications across different materials.

Fiber laser cutting machine cutting a stainless steel tube with sparks

The Power of Laser Cutting

Laser cutting is one of the most revolutionary technologies in modern manufacturing. By using a focused laser beam, we can cut, engrave and mark materials with unmatched precision and speed.

From thin metal sheets to thick steel structures, laser cutting offers the flexibility and accuracy required by diverse industries and applications.

Types of Laser Cutting Technologies

CO2 Laser Cutting

The traditional and proven technology for thick materials. Ideal for steel, stainless steel, aluminium and non-metals such as acrylic and wood.

  • Excellent for thick plates (up to 25mm)
  • High-quality cut edges
  • Cost-effective for large volumes

Fiber Laser Cutting

The latest generation of laser technology with superior energy efficiency and speed. Perfect for thin to medium-thick metals.

  • High speed and precision
  • Lower operating costs
  • Minimal maintenance required

UV Laser Cutting

Precision technology for sensitive materials and micro-machining. Ideal for electronics, medical devices and fine details.

  • No heat impact on the material
  • Extreme precision for micro-details
  • Suitable for sensitive materials

Benefits of Laser Cutting

High Speed

Fastest cutting method for thin to medium-thick materials, resulting in shorter lead times.

Superior Precision

Narrow cutting kerf and high dimensional accuracy for complex geometries.

Minimal Material Loss

A thin cutting kerf means less material waste and more efficient material use.

Complex Shapes

No limits on shape complexity - from simple straight lines to intricate patterns.

Fiber laser cutting machine working on a square stainless steel tube

Fiber laser cutting of stainless steel tubes.

Applications by Industry

Metalworking

Sheet metal, frames, housings and structural parts for various applications.

Electronics

Printed circuit boards, housings and precision parts for electronic devices.

Decorative

Artworks, decorative panels and architectural elements with complex patterns.

Material Compatibility

Metals

  • Steel and stainless steel
  • Aluminium and alloys
  • Copper and brass
  • Titanium and superalloys

Non-metals

  • Acrylic and perspex
  • Wood and MDF
  • Fabrics and textiles
  • Paper and cardboard

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Ready for Laser Cutting?

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