Products
MASTER Series
MASTER workstations - Precision and Versatility
MASTER series workstations offer cutting- edge laser micromachining capabilities for unlimited range of materials. MASTER workstations are used for scientific research and industrial process development. Applications range from silicon ablation for solar cells to metal drilling for diesel nozzles and patterning of extra hard materials.
Laboratory Research systems
FemtoLAB
FemtoLAB - femtosecond laser micromachining system for science laboratories. Equipped with nanometer accuracy and resolution linear positioning stages, high performance galvo-scanners and versatile micromachining software SCA, FemtoLAB becomes an entire laser laboratory on an optical table.
MicroLAB
MicroLAB – the most compact laser micromachining system for laboratory research. This desktop sized device could be found useful for
- Biological
- Medical
- Solar
- Surface or intra volume marking
and similar applications
Mini MASTER Series
Mini MASTER Overview
Mini MASTER workstations are tailored for specific applications. Intended primarily for Research and Development laboratories, Mini MASTERs offer excellent payback while keeping high performance.
Mini MASTER GN532
Mini MASTER GN532 is a brand new device from the Mini MASTER Series family. System designed especially for solar cells edge isolation applying ultra short pulse laser micromachining process.
Ventu Series
Ventu FNP1064
Industrial grade laser micro machining workstation ELAS Ventu - a fresh insight to industral micro manufacturing.
Ventu series systems are designed to meet highest demands of reliability, performance and safety.
Specialized functionality
Machine Vision
Machine Vision is an image acquisition system dedicated to detect precise sample position. High accuracy of positioning stages and advanced beam delivery system assure that fabricated pattern will be of desired shape and quality, while Machine Vision leads to the precise placing of pattern on predefined position according to the form and location of sample.
Laser Machining Software SCA
Full functionality laser system automation software, dedicated for technically and ideologically unlimited 3D micromachining experiments.
Applications
Ultra short pulse laser micro machining
In micro machining, ultra-short pulses duration minimizes the heat-affected zone and maximizes the precision of machining. High pulse repetition rate and adequate pulse energy ensure high rate of material removal by ablation.
Scribing of thin films
Scribing of Thin-film Solar Cells with Picosecond Laser Pulse
Continued demand for renewable energy sources stimulates development of various solar cell technologies on flexible and rigid substrates. Properties such as flexibility, good power-weight ratio and resistance to radiation make CIGS solar cells ideal for automotive industry and complex structure building integrated applications.
Patterning glass coatings
Patterning glass coatings with picosecond lasers
Indium–tin oxide (ITO) has been commonly used in flat panel displays and organics-based electronics as a transparent electrode. The conventional photolithographic method of making patterns involves multiple processes, including wet chemical etching. Laser direct write (LDW) is the technology which competes in patterning of ITO.