At LELOX Cutting Services, we're taking laser cutting to the next level with our 12kW laser powerhouse.
Whether it’s mild steel, stainless steel, aluminium, brass, copper, we’ve got the capability to cut through it all with unmatched precision and efficiency. From the toughest materials to the finest details, LELOX delivers cutting-edge solutions that set the standard in the industry. When your project demands the best, trust LELOX to deliver results that are sharp, reliable, and undeniably superior.
We can cut up to:
- 40mm mild steel
- 50mm stainless steel
- 50mm aluminium
- 20mm brass
- 16mm copper
At LELOX Cutting, our expert team is equipped with state-of-the-art technology to handle all your cutting needs.
Our FLOW waterjet cutting machine can cut through virtually any material up to 75mm thick with unparalleled precision. Whether you’re working with metals like mild steel, stainless steel, and aluminum, or need to cut gasket materials such as fiber and fiberglass, wood, plastic, or rubber, we’ve got you covered. LELOX delivers clean, precise cuts every time, ensuring your project meets the highest standards of quality and accuracy.
FAQ
At LELOX cutting services, the quickest and easiest way to get a quote is to send your drawing in DXF format. We understand that not everyone has access to this format. In this case, send through any drawing (PDF, Picture, etc) and our technical team can draw this on CAD software. An additional charge may occur for this service.
Our beds for laser and waterjet cutters are 4 metres x 2 metres. We can cut any piece that can fit on the bed.
Waterjet cutting uses water with abrasive to cut through any material. The waterjet operates at around 60,000psi to cut through any material.
Laser cutting uses a high powered and highly focused laser to cut through metals.
This depends on the material and the machinery used. Our Laser machine can cut up to; 40mm mild steel, 50mm stainless steel, 50mm aluminium, 20mm brass, 16mm copper.
Our waterjet machine can cut up to 75mm thick, depending on the material.