Laser Module
Biofotonica S.R.L. offers a wide range of low and high output power laser diode modules which are the result of the latest advanced technology. These are innovative and competitive devices.
Biofotonica S.R.L. distributes low and high diode laser devices and diode pumped solid state lasers (DPSSL), mainly for medicine, aesthetics, materials processing, pumping, science, defense, aero-spatial, instrumentation and graphic arts industry.
- CW laser modules with collimated or focalized beam
- CW and modulated laser modules with adjustable focus
- CW and modulated “water proof” laser modules with collimated beam
- Fiber coupled CW laser modules with FC connectors
- Low and High output power CW blue/green/red laser modules
- Laser pointers for industrial applications
- Thermally stabilized laser modules in wavelenght and power
Main Applications
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Wavelength (nm) | Power (mW) | Pattern | Dimensions (mm) | Laser modules housing dimensions (mm) | Supply (Vdc) | Emission |
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375 | 20 – 70 – 200 | – | 4,2+/-0,2 x 12+/-0.1 4,2+/-0,2 x 10+/-0,2 |
5 5,4 | CW | |
395 | 120 | – | 4,2+/-0,2 x 10+/-0,2 | 4,5 | CW | |
405 | 5 – 35 – 60 – 120 – 300 – 400 – 600 | – | 5,6+/-0,2 x 10+/-0,2 4,2+/-0,2 x 12+/-0.1 4,2+/-0,2 x 10+/-0,2 |
5 | CW | |
415 | 120 | – | 4,2+/-0,2 x 10+/-0,2 | 4,7 | CW | |
420 | 140 | – | 4,2+/-0,2 x 10+/-0,2 | 5,2 | CW | |
445 | 40 -100 – 1000 – 1600 | – | 4,2+/-0,2 x 10+/-0,2 7,3+/0,2 x 10+/-0,2 |
100x40x40 | 5 12 |
CW |
455 | 100 | – | 4,2+/-0,2 x 10+/-0,2 | 5 | CW | |
473 | 100 | – | 4,2+/-0,2 x 10+/-0,2 | 5 | CW | |
488 | 60 – 200 | – | 4,2+/-0,2 x 10+/-0,2 | 5 | CW | |
515 | 80 | – | 4,2+/-0,2 x 10+/-0,2 | 5 | CW | |
532 | 0,75 – 1 – 3,25 – 10 – 20 – 30 – 50 – 60 – 100 – | Punto Linea Croce |
10,48 +/-0,2 x 19,6 +/-0,2 10+/-0,1 x 53 +0/-1 12+0/-0,1 x 31,3+/-0,5 |
3-5 | CW | |
635 | 5 – 7 – 10 – 15 – 20 | Punto Linea Croce |
4,2+/-0,2 x 10+/-0,2 5,6+/-0,2 x 10+/-0,2 |
7+/-0,02×18+/-1,0 | 3 – 5 – 24 x 18,0+/-1,0 | CW |
640 | 60 | – | 5,6+/-0,2 x 10+/-0,2 | 3 | CW | |
650 | 5 – 7 – 10 – 20 | – | 4,2+/-0,2 x 10+/-0,2 2,7+/-0,1×7,85+/-0,1 5,6+/-0,1×10+/-0,1 |
7+/-0,02×18+/-1,0 | 2,15 2,2 3 |
CW |
660 | 30 – 120 | – | 4,1+/-0,3×10+/-0,2 5,6+/-0,2 x 10+/-0,2 |
2,5 2,7 |
CW | |
670 | 15 | – | 4,1+/-0,3×10+/-0,2 | 2,3 | CW | |
750 | 5 – 10 – 30 | – | 4,2+/-0,2 x 10+/-0,2 6,6+/-0,1×13,9+/-0,1 |
1,8 2,3 |
CW | |
780 | 3 | – | 5,6+/-0,2 x 10+/-0,2 | 1,9 3 |
CW | |
785 | 25 | – | 5,6+/-0,2 x 10+/-0,2 | 7+/-0,02×18+/-1,0 | 1,9 3 |
CW |
800 | 5 – 10 | – | 4,2+/-0,2 x 10+/-0,2 | 2 2,4 |
CW | |
808 | 50 – 100 – 150 | – | 5,6+/-0,2 x 10+/-0,2 4,2+/-0,2 x 10+/-0,2 |
1,9 | CW | |
820 | 30 | – | 4,2+/-0,2 x 10+/-0,2 | 2 | CW | |
850 | 5 – 10 – 20 – 30 – 50 – 100 | – | 2,7+/0,1×7,85+/-0,1 4,4+/-0,2 x 10+/-0,2 5,6+/-0,2 x 10+/-0,2 4,2+/-0,2 x 10+/-0,2 7,3+/-0,1×14+/-0,1 |
1,8 1,9 2,0 2,4 |
CW | |
935 | 01/10/35 | – | 4,2+/-0,2 x 10+/-0,2 | 2 | CW | |
980 | 10 – 20 – 30 – 50 – 100 | – | ,2+/-0,2 x 10+/-0,2 7,3+/-0,1×14+/-0,1 |
1,75 2,0 2,4 |
CW | |
1064 | 5 – 10 – 100 – 200 – 300 | – | 4,2+/-0,2 x 10+/-0,2 7,3+/-0,1×14+/-0,1 |
1,7 1,9 2,3 |
CW | |
1550 | 5 – 10 – 15 – 50 – 140 | – | 7,3+/-0,1×14+/-0,1 | CW and pulsed | ||
2300 | 10 – 12 – 15 | – | 7,3+/-0,1×14+/-0,1 | 1,5 | CW | |
2700 | 5 | – | 7,3+/-0,1×14+/-0,1 | 4 | CW | |
3100 | 1 | – | 7,3+/-0,1×14+/-0,1 | 1,2 | CW |
LASER DIODES
A laser diode is an electrically pumped semiconductor laser in which the active laser medium is formed by a p-n junction of a semiconductor diode similar to that found in a light-emitting diode. The most common and practical type of laser diode is formed by a p-n junction powered by injected electric current.
A laser diode, as many other electronic devices, is composed of doped semiconductor material on a very thin layer on the surface of a crystal wafer. The crystal is doped to produce a region of n-type semiconductor and a p-type semiconductor region, one above the other, to obtain a p-n junction, i.e. a diode.