Rofin Diode Laser ROFIN-SINAR Laser GmbH Rofin DL 031 Q
Informationen
Name: | Rofin Diode Laser | |
Hersteller: | ROFIN-SINAR Laser GmbH | |
Modell: | Rofin DL 031 Q | |
Einrichtung: | Professur für Wasserstoff- und Kernenergietechnik (WKET) | |
Partner: | Technische Universität Dresden (TUD) | |
Standort: | Mollier-Bau - laboratory room 109a |
Beschreibung
Technische Details:
maximale kontinuierliche Strahlleistung | 3100 W |
---|---|
Wellenlängen, auch getrennt nutzbar | 808 nm (1350 W) und 940 nm (1750 W) |
Faser (Kerndurchmesser 1,5 mm) | 10 m |
minimale Pulsbreite | 2 ms |
direkte Optiken |
f= 66 mm (Abbildung ca. 0,8x1,3mm²) f= 165 mm (Abbildung ca. 2x2,3mm²) f= 500 mm (Abbildung ca. 6,1x10mm²) |
Faseroptiken |
f= 160 mm (ø 4,1mm) f= 300 mm (ø 7,6mm) f= 400 mm (ø 10mm) |
Strahlqualität | K=0,0014 |
***********English***********
The diode Iaser „Rofin DL 031 Q“ is a product from the ROFIN-SINAR Laser GmbH company.
The maximal power of the laser at the site of application is through wavelength-linking 3100W: 808 nm and 940 nm, ±10nm. In order to examine the various effects of each wavelength on the material, each wavelength is seperately controlled. In this case, a wavelength of 808 nm and a laser power of 1350W or a wavelength of 940 nm and a laser power of 1750 W.
The radiation from the laser is connected to a 10 meterlang, 1.5 mm thick fiber optic cable. Due to the fact that with diode laser beams, a multiple formed picture of the individual diode stacks is produced, it is possible to compute a geometrically determined intensity distribution. After the fiber, the distribution over a circular surface is nearly constant. According to the nature of the work, lenses were chosen whose images represent relatively large surfaces. These are for the static, tranmissive lenses on the laser focal lengths from 66 mm, (image ca. 0.8x1.3 mm2) , 165 mm (image ca. 2x2.3 mm2) and 500 mm (image ca. 6.1x10 mm2) and after the fiber of 160 mm (image Ø 1 mm), 300 mm (image Ø 6 mm) and 400 mm (image Ø 10 mm). Despite the relatively poor beam quality of the diode Iaser at high-power (here K=0,0014!), an adaptable 20-Scansyst·em on the fiber optic is available.
Link zu weiteren Informationen
https://tu-dresden.de/ing/maschinenwesen/iet/wket/forschung/anlagen/hochleistungs-laserlabor#ck_3kw
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Letztes Update
Zuletzt aktualisiert am: 13. Juli 2017 um 11:54:12