Compact picoseconds microchip laser suitable for microprocessing and micromachining
Photonic Solutions
Picoflash picoseconds microchip laser
Photonic Solution offers Teem Photonics’ Picoflash picoseconds microchip laser, which is fibre amplified and suitable for applications in microprocessing and micromachining that require high-speed processing
The unit is a 355 nm, 140kHz passively Q-switched Nd:YAG laser that can produce nearly 1W of 355nm light, with a pulse duration of 700ps at a repetition rate of 140kHz.
The compact laser has a TEM00 beam quality, which the company says enables tight focusing.
Additionally, Master Oscillator Fibre Amplifier architecture permits the user to vary the peak power while allowing a constant, ultrashort pulse width.
More stories
Photonic Solutions offers ultra-fast lasers for range of industrial and scientific applications
Light Conversion’s Pharos and Orpheus ultra-fast laser systems, available from Photonic Solutions, are designed for industrial and scientific applications.
HH homogeniser from Holo/Or is available from Laser Components weblink
Laser Components has introduced the HH series of diffractive optical element (DOE) homogenisers from Holo/Or, said to be suitable for homogenised multimode beams.
Laser Components offers Rio safety glasses to protect wearers against lasers weblink
Laser Components has introduced its Rio laser safety eyewear, designed to fit over prescription spectacles or be worn as standalone spectacles to protect wearers against most common lasers on the market.
Laser Components offers laser modules for applications such as consumer goods weblink
The LC-LMD series of complete laser modules from Laser Components suit a range of applications, including consumer products.
Laser Components supplies range of laser sources for applications such as security weblink
Laser Components is offering the Labsource range of bench-top laser sources from PD-LD, which are suitable for applications such as the measurement of organic and biological samples, and for security applications where fluorescence is widespread.



