Well there are few more errors in the video. type of laser is described by active medium. So Nd:YAG (this is laser crystal) belongs to solid state laser family, while fiber lasers are the one which uses fibers as a gain medium (it can be Yb,Nb, Er, Tm.. doped fiber). the Wavelenght are also slightly shifted despite the fact that you can use same dopant (Nd fiber laser - 1070 nm, Nd:YAG 1064nm) solid state lasers can use fibers for beam guiding, but lasing is still generated in solid state geometry. meanwhile KTP is nonlinear crystal and it converts the wavelength (second harmonic from your example), but harmonic generator doesn't describe type of laser.
what a fantastic video, thank you!!
Thank you for this!
This is great information ,Thank you so much brother.
Thanks for the support!
Damn, thank you for doing my homework =)
Hrmm... I didn't go over Diode lasers.. Sorry guys.
Well there are few more errors in the video. type of laser is described by active medium. So Nd:YAG (this is laser crystal) belongs to solid state laser family, while fiber lasers are the one which uses fibers as a gain medium (it can be Yb,Nb, Er, Tm.. doped fiber). the Wavelenght are also slightly shifted despite the fact that you can use same dopant (Nd fiber laser - 1070 nm, Nd:YAG 1064nm) solid state lasers can use fibers for beam guiding, but lasing is still generated in solid state geometry. meanwhile KTP is nonlinear crystal and it converts the wavelength (second harmonic from your example), but harmonic generator doesn't describe type of laser.
@@laurynassatas4698 Please, invest your time into making a video on medical lasers. I'd watch it.
Thanks alot
What are the most common failures and fixes for lazers? Thank you!
Tune in at 7pm central and I'll answer your question live.
Medical laser manufacturer
Where are you based out of and what types of lasers do you manufacture?