Diode pumped Q-switched
INNOSLAB Lasers
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The Unique INNOSLAB Laser
Technology: |
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based on the unique INNOSLAB laser technology. Through an optimal
combination of slab shaped laser crystal, line shaped diode laser beam,
large area conduction cooling and hybrid-resonator design, INNOSLAB
diode pumpd Q-switched lasers possess unification of special features not found in other types
of laser: |
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Tailored Product - Diode pumped Q-switched INNOSLAB Lasers |
| Standard
products portfolio encompasses electro-optical Q-switched INNOSLAB lasers
with various laser medium, pulse energy and output power and a choice of
wavelengths: |
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| INNOSLAB Q-switched lasers with Top-Hat beam profile are
especially favorable for structuring and ablation of conduction
layer or dielectric layers for production of thin film solar
cells, crystalline solar cells and flat display panels, etc.
Their Top-Hat beam profile and short pulse length guarantee
homogeneous ablation without beam overlap, highly efficient use
of pulse energy and low thermal damage of substrates. Frequency
doubled and tripled INNOSLAB lasers with line shaped one
dimensional Top-Hat are ideal choice for pumping of dye lasers. We
are able to offer customized INNOSLAB Q-switched lasers based on the standard
system technology and design, tailored to the customer specific applications and requirements |
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| Favourable
Applications of INNOSLAB Q-switched Lasers: |
| INNOSLAB
technology is suitable for an immense variety of applications. Ideally
placed wherever there is a need for high-quality results, rapid
processing and innovative techniques. |
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Drilling of glass |
Manufacturing of solar-cells |
High-speed-LIF
with a dye-laser |
Separation of PCB components |
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 Display structuring of conduction layer, sequential lateral crystallization of SiAutomobile industry
the manufacture of fuel injection valves
Electronics industry drilling and cutting of printed circuit boards
Photovoltaic scribing, drilling and cutting of
Si-wafer, ablation of conduction or dielectric layers of
thin film solar and crystalline Si solar cells
Scientific pumping of dye laser, pumping of OPO and Ti:Saphire laser, particle imaging velocimetry
Glass industry micro drilling and high through put subsurface engraving
Toolmaking mechanical engineering 3D rapid prototyping via ablation
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