Microscopic Laser Welding has the capability of producing welds as small as .002" wide but also has the capability of large build-ups or engineering changes.  The laser welding process is used widely in the Tool, Mold and Die Industries as well as the Metal Frame Optical and Medical Instrument  Industry.  Laser welding produces very low heat in the heat affected area and as such prevents distorting and warping (typical problems with traditional welding).

Laser Welding is suitable for joining and deposit-welding on moulds, chassis and mechanical parts of any size. The laser arm can be positioned  with the turn and tiltable processing head and focus distances of some 100mm, welding at any point on the work piece is possible - even in deep cavities.

Weldable materials include:Highly alloyed cold and hot work steels, bronzes, copper alloys, high grade steels, steel and grey cast iron alloys, high tensile alumiium alloys, titanium alloys, nichel, precisous metals such as platinium, & gold.

Repairs and changes on:  Plastic injection die-cast tools, aluminium die-casting moulds, pressing, cutting and stamping tools, large size mechanical parts, laminator moulds and flasks for casting, sculptures and design objects.