Scantech Laser cutters assist in taking your production to the next level. We use industrial grade components that result in faster movement, better precision and increased laser power. Thus, delivering precision levels and edge quality that are by far better than traditional cutting methods.

With our diverse set of industrial laser marking machines (Multi Position Large Size Laser Marking Machines to Portable Fiber Laser Marking Machines) we can provide the best-fit solution for laser marking, engraving or deep engraving depending on the application, material, composition and surface.

Scantech Laser combines market requirement and technology and offers an engineered program of all-round smart solutions to processing and welding applications covering an entire gamut of industrial welding to fine jewelery welding.

Scantech's laser scribing solution provides the manufacturers of semiconductors with an efficient alternative - laser-based Fiber Scribing Machine to mechanical processing. Our lasers offer high quality Ytterbium Fiber Laser Scribing & grooving system that specializes in scribing ceramic, silicon wafers and solar cells. Our machines are fitted with a high performance galvo scanner with an excellent beam positioning technology that make it possible to process even very fragile materials with exceptional accuracy & speed.

Scantech offers industry's best laser drilling machine - ProDrill to meet all your laser drilling needs from machining very small and precisely tapered shapes to the largest of holes. It works on a large number od solid materials like hardened steel, hard metal, ceramics and diamond by choosing the appropriate wavelength and power density of the laser beam.

With Pro Clean, Scantech offers you the best laser cleaning solution in the industry. Constructed using a modular design to enable optimal configuration and provide the right size laser for each application - from 12 to 1000 watts, Pro Clean meets customers' specific requirement in all ranges from heavy-duty, production intensive applications to regular processes.

Laser hardening is used to produce a hard and wear resistant structure of the outer layer. It can be used for all materials which are subject to flame hardening and induction hardening. Scantech's Procarbo provide an excellent solution to process irregular 3-D work articles and reduce refinishing processes.

Selective Laser Sintering (SLS) is one of the most adaptable & versatile technologies used in 3D printing. With Scantech's Pro Sint you can build high quality functional and sturdy prototypes or a series of end- use components layer by layer. Pro Sint is thus, a suitable solution for producing interlocking parts, moving components or highly complex designs.

Scantech's state-of- the-art Pro Clad, laser cladding systems are perfectly suited for both new component or part manufacturing and piece repair. Pro Clad assures perfect metallurgical bonded and dense coatings. With Scantech's expertise we provide your business full support with the laser cladding application development, training and production ramp-up services.

We provide innovative solutions for the pharmaceutical industry with Scantech Laser's marking and drilling system for osmotic drugs. They are designed to deliver precision and no-damage when dealing with thermally sensitive substrates.

Belonging to the solid state laser group, they generate a laser beam using seed laser and amplifying it in specially designed glass fibers, which are supplied with energy via pump diodes.
Suited for the following materials: Metals, coated metals, plastics

This laser type has the same wavelength as fiber lasers but produces a comparatively long pulse and thus, can cause significant substrate heating. It is frequently used for laser ablation.

These lasers use electricity to directly create laser light. They are semiconductor diodes and are the extremely efficient in converting electrical power to laser power and generate either CW or long pulse.

Operating on a similar platform as DPSS and exploiting its success, the lasers use green output to solve unique production demands like micro-machining, micro-drilling, engraving synthetic substrates and components.

Ultraviolet lasers generate invisible light and short wavelengths in the range of 150 to 400 nm and this allows for small spot sizes making possible the production of well-defined microstructures.

With Windows like ease of operation and a visually assisted interface, Scanmark laser marking software provides the best industry solution for all kinds of galvanometer & laser applications.