CC BY
3*
ALT'23
The 30th International Conference on Advanced Laser Technologies
LS-I-18
Prospective laser and optoelectronic components and their
applications
E. V. Borisov, A. A. Kozyrev, M. A. Kopenkin, O. V. Korenchenko, V. A. Panarin, S.N. Sokolov, M. Yu. Starynin, L. I. Shestak
Inject RME LLC, 410033 Saratov, Elmashevskaya st., 3a Email address: s.sokolov@nppinject.ru
It is reported about fiber coupled laser diode (LD) modules, LD stacked arrays, micro-optical elements, and other products developed and manufactured by Inject RME LLC:
- LD module with an output power of CW 400 W, wavelength of 940 nm, an output fiber core diameter of 800 ^m (NA=0.22) for pumping solid-state lasers and technological applications;
- fiber coupled LD modules:
32 -976-90-CW - 975 nm, 105 ^m, NA=0.22, 90 W and
36-976-200-CW 200 ^m, NA=0.22 , 975 nm, 200 W.
QCW LD stacked arrays: - with a wide emission spectrum of 800-811 nm, with a peak output power of optical power of 1800 W, QCW operation mode: 300 ^s, 10 Hz, for pumping DPSS lasers of an athermal design;
- with a peak output optical power of 20 kW, wavelength of 940 nm, (operation mode: pulse duration - up to 1.5 ms, up to 20 Hz) for pumping high-energy Yb lasers;
- SLM20-940-20000-QCW-L-263 with a peak output power of 20 kW at 940 nm (laser pulse energy
density up to 3.75 J/cm2, 1.5 ms, 20 Hz), collimated beam divergence - 14x2 degrees (FWHM);
- SLM12-940-50000-Pulse-HD - 50 kW, 940 nm, 20 ns, 10 kHz.
- laser beam homogenizer based on a two-sided array of perpendicularly arranged cylindrical microlenses made of optical quartz glass, with an aperture of 90x90 mm and a transmission of 99%;
A high-power diode laser is produced - PLD-6 type - provides an output optical power of laser up to 6 kW in CW mode on and a rectangular laser spot 22x2 mm in size at the focus, it is successfully used for laser thermal hardening, alloying and surfacing.
Experimental work has been carried out on the automated laying of a prepreg tape made of thermoplastic materials with local heating of the surface by a powerful diode laser, a technology that is promising for mass production of composite products.
