The Oculus fibre lasers are ideal for cutting and engraving metallic material such as aluminium, stainless steel and mild steel. They make use of optical fibre cable to guide light, generating a beam that is often more precise and targetable than other methods.
Fibre lasers perform engravings by removing a small amount of surface material from a substrate, according to a pattern described by a computer programme. The laser has a similar action to a chisel, but unlike conventional tools, offers a far more accurate cut, allowing for more intricate designs
Manufacturers also sometimes use fibre lasers for marking. This process involves using intense pulsed beams to create marks on the surface of materials to produce visible discolouration. Common applications include creating indelible serial numbers or barcodes on products.
Focused fibre lasers can create percussion-drilled holes in substrates, such as aluminium and steel. The intense heat generated by lasers vaporises material at the targeted site, giving manufacturers the ability to carve multiple tiny holes in close proximity to the material’s surface.
Fibre lasers perform engravings by removing a small amount of surface material from a substrate, according to a pattern described by a computer programme. The laser has a similar action to a chisel, but unlike conventional tools, offers a far more accurate cut, allowing for more intricate designs
Manufacturers also sometimes use fibre lasers for marking. This process involves using intense pulsed beams to create marks on the surface of materials to produce visible discolouration. Common applications include creating indelible serial numbers or barcodes on products.
Focused fibre lasers can create percussion-drilled holes in substrates, such as aluminium and steel. The intense heat generated by lasers vaporises material at the targeted site, giving manufacturers the ability to carve multiple tiny holes in close proximity to the material’s surface.
