Hans Low Power Lasers

Offered in 1064 nm wavelength, this fiber laser fixed beam cutter can laser cut metals.  The laser can be 50 or 200 watts depending upon your requirements.  The maximum sheet size for laser processing is 350mm x 350mm, or 13.5" x 13.5".

Typical applications include silicon cutting for solar panels, and thin metals and nonmetals. 

This CO2 laser cutting machine provides fixed optical path for your choice of 100, 150, and 250 watt lasers.  The moving bed can laser cut up to 400mm x 400mm, or 15.7" x 15.7".  Highly accurate motion is achieved with the lead screws in the moving XY table.  The maximum cutting speed is 150 mm/second or 6"/second.

Lower cost laser cutting of metals, with the YAG lamp pump laser are offered in this open style laser cutting machine.  

Typical applications are slicing crystal silicon for solar batteries, multi-layer cutting of fragile items, cutting soft metals and nonmetals. 

Extreme precision is required when removing coatings and slicing solar cells.  This dual-head unit combines two galvanometers that are moving simultaneously on the gantry, while the table underneath moves.  All motion is completed using lead screws. 

The S0905GR-EPG9 Laser Slicing machines has a 9 W laser that will slice a coating film of copper-indium-gallium-selenium (CIGS) thin-film for the solar battery.

For laser slicing the stannic oxide layer (SnO2) in a solar thin film battery, this model laser provides a fixed beam path, two moving lasers, and a moving table underneath.

Typically used for laser slicing non-silicon layer(a-Si) in non-silicon solar thin-film for solar batteries and laser slicing the Al layer in non-silicon solar thin-film battery, these machines are robust and precise in their work.