Greenphoton® FKLA Series – Green High Power DPSS Lasers

FKLA Series -532 nm Multi-Mode DPSS Laser up to >8 watt

Specifications FKLA-Models


FKLA-x000 green

Wavelengths & Powers
(other wavelengths and powers on request)

532nm / >3000mW
532nm / >5000mW
532nm / >8000mW

Beam diameter

2mm (1/e²) +/- 25%

Beam quality M²

<10 (Multi-Mode)
(M²~6 typical)

Beam ellipticity

<1.5 : 1


>100:1 vertical

Power stability

<5% / h

Noise 0Hz-100MHz

<5% peak<>peak

Modulation speed

Analog: 10Hz
Digital: 25kHz


Peltier / Air

Supply voltage

85-245VAC, 50/60Hz


RS-232 interface


LDM.COL - beam collimation objective
LDM.FASY.XXX - fibre coupling unit

The lasers of the FKLA Series are high-power DPSS lasers with up to 10 watt of optical output at 532 nm (green). The high-precision, two-stage temperature stabilization for the pump laser diodes and the patented disc-laser-cavity enable a stable output power. The Greenphoton® FKLA DPSS Laser is air cooled and capable of direct analog and digital modulation. The beam quality (M²) is < 6, whereby the lasers are capable of being employed for many applications, for example in the machine vision and inspection area. The power life duration, extraordinarily high for a DPSS laser, make the lasers of the FKLA Series the premier selection for production environments in which 24/7 operation and the highest level of assurance against failure must be guaranteed. As a result of their intelligent 19” laser controller, with integrated wide-area network part and the interface RS-232, these lasers can be integrated seamlessly into applications and controlled. Through the standardized Command Line Interface (CLI), you have at all times full control of all parameters of the laser, such as for example laser diode temperature, laser powers and currents, operating modes and lots more. The systems consist of a laser head and a laser controller in the EMC-screened 19” rack housing with 80-245 V AC, 50/60 Hz supply voltage.




Omicron-Laserage Laserprodukte GmbH
Raiffeisenstrasse 5e
63110 Rodgau-Dudenhofen