Laser Cutting

OUR LASER CUTTERS

Our flatbed Laser cutting service offers component manufacturing of all grades of Carbon Steel, Aluminium and Stainless Steel from one off items through to large batch manufacturing using high quality lasers that are second to none for quality, speed and accuracy.

Bystronic Bystar 4020 10kw Fiber Laser

Our new Bystronic Bystar 4020 Fibre Laser is NZ's fastest and most powerful laser cutter with world-class cutting speed up to 10kilowatts of laser power for exceptionally high parts output and a Bystronic cutting head for the widest variety of materials and material thicknesses. The fibre laser can process large batches and jobs with a wide variety of metals reliably in record time.

Bystronic Bystar 4020 Cutting Range

MITSUBISHI LASER CUTTER

Our 6kW Mitsubishi Laser features a high speed, heavy-duty motion system reducing processing time and increasing efficiency while maintaining reliability. It is especially effective with thicker materials up to 25mm allowing SDL to offer even more capabilities in our Laser Centre. Our Mitsubishi Laser also fits well with our Environmental Management programme as it offers an ECO Mode for increased energy savings and reducing running costs by up to 99% during standby. Mitsubishi Electric’s original resonator reduces CO₂emissions by approximately 30% compared to standard high-speed, axial-flow resonators.

Mitsubishi Laser Cutting range

AMADA 3015 FIBRE LASER CUTTER

Our Amada 4kW laser cutter has been engineered to produce the highest quality parts at unmatched speed while reducing operating costs and environmental waste which fits in well with our environmental policy.

The benefits of fiber laser technology are:

• Faster cutting of thin material (well over 3 times that of a comparable 4 KW CO2 laser)
• Ability to cut copper, titanium, brass and other such metals that CO2 lasers could not process effectively
• The reduction of environmentally harmful emissions due to it's solid-state technology—which does not require laser gas to generate the laser beam
• Less power is consumed than its CO₂ counterpart. Since there are no optics to keep cool, a smaller, more efficient chiller further reduces the environmental impact of operation

Amada Laser Cutting Range