Wavelength: 266, 355, 532, 1,064 nm
Power: 0.4 W - 3 W
... delivery solutions make the picolo a versatile tool for different spectroscopy and imaging applications. Features - Compact laser head and power supply with small footprint - High efficiency - No external cooling ...
Wavelength: 1,645, 1,617 nm
Power: 25 W
... crystal q-switched laser provides 25-200 nanosecond pulses at 1.645 μm with pulse energies up to 35 mJ and output powers up to 25 W. The acousto-optically Q-switched Er:YAG head is pumped by IPG's efficient ...
Wavelength: 1 µm
Power: 3,500 W
In the thin-disk laser system, the laser active medium is a very thin disk with less than 200-μm thickness. The Yb:YAG crystal is stimulated at the frontside via a diode laser ...
Wavelength: 532, 1,064 nm
... of your laser in a short time schedule: • any additional PAMDAM might increase your average power for higher throughput • a set of options is available to match your special requirements. Applications Industry: > ...
Wavelength: 532, 650 nm
Wavelength: 532, 635, 650 nm
Power: 0.001 W
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How to choose this product
The YAG laser is a solid-state laser using an yttrium-aluminum-garnet crystal as an amplifier. Its optical pump can be either flash lamps or laser diodes operating in continuous or pulse mode.
YAG lasers are used to cut metals, such as titanium or stainless steel, ceramics, silicon, etc., in the aeronautical, watchmaking and electronics industries. Great cutting precision is possible. They also are used in welding and engraving, as well as in many other industrial applications.
YAG lasers can combine several pump modules in series, each consisting of a crystal strip activated by a continuous flash lamp. In continuous operation it is possible to attain a power level of 5 kW. In pulse mode, the flash lamps illuminate the amplifier at a set frequency and duration, reaching 50 J of power and an average of 500 W.
How to choose
Choice will depend on intended use. Desired power will dictate using pulse or continuous function. Pumping mode (flash lamp or diode) should also be considered. Choice of crystal will determine wavelength and power range.
- Fiber-optic transmission capability
- Limited cutting thickness
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