FemtoFAB is a turnkey femtosecond laser machine for industrial use. Configuration is selected and carefully tunned according to a specific laser micromachining application, including laser cutting, laser scribing, laser drilling and 3D laser milling with any desirable material (with >2,4 GW peak power). System is protected by Class 1 equivalent laser safety enclosure and is controlled through a single SCA engineer software window.

National innovation prize 2010.
An industrial-research laser machine for c-Si solar cells. Equipped with cutting edge duet – femtosecond UV laser and nanosecond IR laser, Sollas is a multi-tasking system, designed for industrial-research or up to 3 MW/a capacity pilot manufacturing lines.

An optical unit dedicated for fiber laser processing of c-Si solar cells. Small footprint allows easy installation in new or existing PV manufacturing facilities. Integrated high-performance galvanometer scanners are able to process both – 5″ and 6″ wafers. Customized release of SCA engineer performs wafer edge detection, controls XYZ beam positioning, laser parameters, and provides micro monitor function in a single software window.

Femtosecond laser micromachining system for science laboratories. Equipped with nanometer accuracy and resolution linear positioning stages, high performance galvanometer scanners and versatile micromachining software SCA, FemtoLAB becomes an entire laser laboratory on an optical table.
Tunable parameters:
- pulse duration (<200 fs – 10 ps);
- repetition rate (1 – 1000 kHz);
- average power (up to 12W);
- wavelengths (1030, 515, 343, 258 nm).

nSCULPTOR is a turnkey 3D laser lithography system for fabrication of nano structures. Operation of the system is based on multi photon polymerization (mPP) technique and works with many conventional photoresists available in the market. nSCULPTOR enables prototyping and production of various three-dimensional structures at nanometer accuracy and resolution.

A cost effective optical unit dedicated for wafer processing in laboratory environment. Very small footprint allows easy installation in existing laboratory facilities, by attaching it to an optical table. Integrated high-performance galvanometer scanners are able to process both – 5″ and 6″ wafers. Customized release of SCA student controls XY or XYZ beam scanning and laser parameters.