Ti:Sapphire crystals Features Large gain-bandwidth Very large emission bandwidth Excellent thermal conductivity Short upper-state lifetime (3. μs) High saturation power Relatively high laser cross-sections High damage threshold Strong Kerr effect Applications Ultra-short pulse lasers High repetition rate oscillators Chirped-pulse laser amplifiers Multi-pass amplifiers Wavelength tunable CW lasers Pulsed X-ray generation Orientation Optical axis C normal to rod axis TiO3 concentration 0.03-0.5 wt % Figure of Merit (FOM) 60-300 depending on the Ti3+ concentration Maximal Sizes up to 50 mm dia and up to 50 mm length End confguratons flat/flat or Brewster/Brewster Flatness λ/0@63.8nm <30 arcsec Surface fnishing 0-5 scratch & dig Wavefront distortion λ/4 per inch Absorption @ 53 nm on crystal length >90% Aperture Dimmension Length End Surface 3-TS-0-6605 6x6 5 3-TS-0-660 6x6 0 3-TS-0-665 6x6 5 3-TS-0-660 6x6 0 3-TS--6605 6x6 Brewster cut 5 3-TS--660 6x6 Brewster cut 0 3-TS--665 6x6 Brewster cut 5 3-TS--660 6x6 Brewster cut 0 3-TS-0-0605 Ø6 5 3-TS-0-060 Ø6 0 3-TS-0-065 Ø6 5 3-TS-0-060 Ø6 0 3-TS--0605 Ø6 Brewster cut 5 3-TS--060 Ø6 Brewster cut 0 3-TS--065 Ø6 Brewster cut 5 3-TS--060 Ø6 Brewster cut 0 40
Nd:YVO₄ Crystals Standard optical axis orientation a-cut Doping concentration 0.5-3.0 atm. % Thickness range, mm 0.5-30 Length tolerance, mm +0/-0. 0 arcsec Surface finishing Flatness λ/0 @ 63.8 nm Chamfer <0. mm @ 45deg Dimension 3-ND05YVO-04 x4 3-ND05YVO-05 3-ND05YVO-06 3-ND05YVO-0 x6 x0 x4 3-ND05YVO-0 3-ND05YVO-03 3-ND0YVO-05 3-ND0YVO-06 3-ND0YVO-07 07 x6 x0 x x x3 3-ND0YVO-08 x4 3-ND0YVO-0 x 3-ND0YVO-0 x 3-ND0YVO-03 x3 3-ND0YVO-04 x4 3-ND0YVO-04 x 3-ND0YVO-05 x 3-ND0YVO-06 06 x3 333 3-ND0YVO-0 x 3-ND0YVO-0 x 3-ND0YVO-03 x3 3-ND30YVO-04 x0,5 3-ND30YVO-05 x 3-ND30YVO-06 x 3-ND30YVO-0 x0,5 3-ND30YVO-0 x 3-ND30YVO-03 x Nd(0,5%):YVO4 Nd(%):YVO4 Nd(%):YVO4 Nd(3%):YVO4 Coating AR/AR@064&808 nm HR@064&53+HT@808/AR@064&53 nm AR/AR@064&808 nm HR@064&53+HT@808/AR@064&53 nm AR/AR@064&808 nm HR@064&53+HT@808/AR@064&53 nm AR/AR@064&808 nm HR@064&53+HT@808/AR@064&53 nm 4
Nd:YAG Crystals Doping concentration 0.5 -. atm. % Orientation [] Wavefront distorton λ/0 @ 63.8nm Extinction Ratio 8 db Dimensional Tolerances Diameter: +0.0 0 mm, -005mm -0.05 mm, Length: +0.0 mm, -0.0 mm 0 arcmin Flatness λ/0@63.8nm 3-ND06YAG-0 3-ND06YAG-0 3-ND06YAG-03 3-ND06YAG-04 3-ND06YAG-05 3-ND06YAG-06 3-ND06YAG-07 07 3-ND06YAG-08 3-NDYAG-0 3-NDYAG-0 3-NDYAG-0 3-NDYAG-03 3-NDYAG-04 3-NDYAG-05 3-NDYAG-06 3-NDYAG-07 3-NDYAG-08 3-NDYAG-4 3-NDYAG-5 3-NDYAG-6 3-NDYAG-7 3-NDYAG- 3-NDYAG- 3-NDYAG-3 Dimension Ø3x60 Ø4x80 x90 Ø6x0 Ø7x5 Ø8x30 Ø9x50 Ø0x60 x Ø3x60 Ø4x80 x90 Ø6x0 Ø7x5 Ø8x30 Ø9x50 Ø0x60 x x3 x4 x5 x3 x4 x5 Nd(0,6%):YAG Nd(,%):YAG Coating AR/AR@064 nm HR@064+HT@808/AR@064 nm AR/AR@064 nm AR/AR@064&808 nm HR@064+HT@808/AR@064 nm 4
Nd:YLF Crystals Nd:LiYF4 Doping concentration 0.4 ~ atm. % Flatness λ/0@63.8nm Wavefront distorton up to λ/8 @ 63.8nm Extinction Ratio Dimensiona 8 db Diameter: +0.0 mm, -0.05 mm, Length: +0.0 mm, -0.0 mm 0 arcmin 3-NDYLF-44 3-NDYLF-6670 Dimension 4 x 4 x 6 x 6 x 70 Nd(,%):YLF Nd(,%):YLF Coating AR/AR@(790-80)&(047-053) nm AR/AR@(790-80)&(047-053) nm 43
Nd:YLF Crystals Doping concentration 3-0 atm. % Orientation [00] Wavefront distorton Dimensiona λ/0 @ 63.8nm Diameter: +0.0 0 mm, -005mm -0.05 mm, Length: +0.0 mm, -0.0 mm 0 arcmin Flatness λ/0@63.8nm Chamfer < 0. mm @ 45 deg 3-ND30KGW-0 3-ND30KGW-0 3-ND30KGW-03 3-ND30KGW-04 3-ND30KGW-0 3-ND30KGW- 3-ND30KGW- 3-ND30KGW-3 3-ND50KGW-0 3-ND50KGW-0 3-ND50KGW-03 3-ND50KGW-04 3-ND50KGW-0 3-ND50KGW- 3-ND50KGW- 3-ND50KGW-3 Dimension Ø3x60 Ø4x80 x90 Ø6x0 x x3 x4 x5 Ø3x60 Ø4x80 x90 Ø6x0 x x 33 x3 x5 Nd(3%):KGW Nd(5%):KGW Coating AR/AR@067 nm AR/AR@067&808 nm AR/AR@067 nm AR/AR@067&808 nm 44
Yb:KGW AND Yb:KYW Crystals Doping con Orientation Flatness Chamfer Yb:KGW/ Yb:KYW 0.5-5 atm. % for Yb:KGW 0.5-00 atm. % for Yb:KYW b-cut: Nm-axis is parallel to input/ output faces. Other orientations also available. 0 arcmin λ/0@63.8nm < 0. mm @ 45 deg Dimension 5 x 5 x 3-YBKGW-0 3-YBKGW-0 x3 5 x 3-YBKGW-03 5 x 5 x 5 3-YBKGW-04 5 x 5 x 3-YBKGW-05 5 x 5 x 3 3-YBKGW-06 5 x 5 x 5 3-YB0KYW-0 5 x 5 x 3-YB0KYW-0 5 x 5 x 3-YB0KYW-03 5 x 5 x 3 3-YB0KYW-04 04 5 x 5 x 3-YB0KYW-05 5 x 5 x 3-YB0KYW-06 5 x 5 x 3 3-YB0KYW-0 5 x 5 x 3-YB0KYW-0 5 x 5 x 3-YB0KYW-03 5 x 5 x 3 3-YB0KYW-04 5 x 5 x 3-YB0KYW-05 5 x 5 x 3-YB0KYW-06 06 5 x 5 x 3 3-YB3KGW-0 5 x 5 x 3-YB3KGW-0 5 x 5 x 3 3-YB3KGW-03 5 x 5 x 5 3-YB3KGW-04 5 x 5 x 3-YB3KGW-05 5 x 5 x 3 3-YB3KGW-06 5 x 5 x 5 3-YB5KGW-0 5 x 5 x 3-YB5KGW-0 5 x 5 x 3-YB5KGW-03 5 x 5 x 3 3-YB5KGW-04 5 x 5 x 3-YB5KGW-05 5 x 5 x 3-YB5KGW-06 5 x 5 x 3 Yb(%):KGW Yb(0%):KYW Yb(0%):KYW Yb(3%):KGW Yb(5%):KGW Coating Ar/AR@980-080 Ar/AR@980-080 Ar/AR@980-080 Ar/AR@980-080 Ar/AR@980-080 End surface Brewster-angle cut Brewster-angle cut Brewster-angle cut Brewster-angle cut Brewster-angle cut 45
Yb:YAG Crystals Doping concentration 0.-5 atm. % Wavefront distorton λ/8 @ 633nm Extinction Ratio 8 db Dimensional Tolerances Diameter: +0.0 mm/-0.05 mm, Length: +0.0 mm/-0.0 mm Dimensional Tolerances Length: ± mm 0 arcmin Flatness λ/0 @ 633nm 0-5 S-D Dimension 3-YB0YAG-0 x 3-YB0YAG-0 x 3-YB0YAG-03 x3 3-YB0YAG-04 x 3-YB0YAG-05 x Yb(0%):YAG 3-YB0YAG-06 x3 3-YB0YAG-07 x 3-YB0YAG-08 x 3-YB0YAG-09 09 553 x3 3-YB0YAG-0 x0,5 3-YB0YAG-0 x 3-YB0YAG-03 x 3-YB0YAG-04 x0,5 3-YB0YAG-05 x Yb(0%):YAG 3-YB0YAG-06 x 3-YB0YAG-07 x 3-YB0YAG-08 08 55 x 3-YB0YAG-09 x3 3-YB05YAG-0 x 3-YB05YAG-0 x3 3-YB05YAG-03 x5 3-YB05YAG-04 x 3-YB05YAG-05 x3 Yb(5%):YAG 3-YB05YAG-06 x5 3-YB05YAG-07 x 3-YB05YAG-08 x3 3-YB05YAG-09 x5 Coating AR/AR@940+030 nm HR@030+HT@940/AR@030 nm AR/AR@940+030 nm HR@030+HT@940/AR@030 nm AR/AR@940+030 nm HR@030+HT@940/AR@030 nm End surface Brewster angle cut Brewster angle cut Brewster angle cut 46
Yb:YAG Crystals Crystal structure cubic Pointing group m3m Lattice parameters a = 5.46 Å Thermal expansion 8 0-6 / C Thermal conductivity 9.7 W/mK Density 3.8 g/cm³ Mohs hardness 4 Melting temperature 48 C Refractive indices (l=,06mm) no =.4 dn/ dt -0.00 x 0-6 / K Dimension Coating 3-YB03CSF-0 0 6x6x5 6 x Yb(3%):CaF AR / AR @ 030 + 940 nm 3-YB05CSF-0 6 x 6 x 5 Yb(5%):CaF AR / AR @ 030 + 940 nm 47
Q-SWITCH 結晶 Passive Q-Switch crystals Cr⁴:YAG Crystals Wavelength range Absorption cross-section Wavefront Distorton Dimensional Tolerances Chamfer AR Coating Reflectivity 800-00 nm 5 x 0^-8 cm @064 nm λ/0 @ 63.8 nm +0.0 mm/-0. mm 0 arcmin 0-5 S-D (per MIL-O-3830A) <0. mm @ 45deg 0,% @ 064 nm 3-CRYAG-30-05 3-CRYAG-30-33 3-CRYAG-30-55 3-CRYAG-40-05 3-CRYAG-40-33 3-CRYAG-40-55 3-CRYAG-50-05 3-CRYAG-50-33 3-CRYAG-50-55 3-CRYAG-60-05 05 3-CRYAG-60-33 3-CRYAG-60-55 3-CRYAG-70-05 3-CRYAG-70-33 3-CRYAG-70-55 3-CRYAG-80-05 3-CRYAG-80-33 3-CRYAG-80-55 3-CRYAG-85-05 3-CRYAG-85-33 3-CRYAG-85-55 3-CRYAG-90-05 3-CRYAG-90-33 3-CRYAG-90-55 3-CRYAG-95-05 3-CRYAG-95-33 3-CRYAG-95-55 3-CRYAG-97-05 3-CRYAG-97-33 3-CRYAG-97-55 Initial transmission @064nm T0=30% T0=40% T0=50% T0=60% T0=70% T0=80% T0=85% T0=90% T0=95% T0=97% Dimension 55 coating AR/AR@064 nm 48
Q-SWITCH 結晶 Passive Q-Switch crystals V³+:YAG Crystals Wavelength range, nm 000-450 Absorption cross-section, cm 7,3x0^-8 @ 340 nm Wavefront Distorton λ/0 @ 63.8 nm Dimensional Tolerances +0.0 mm/-0. mm 0 arcmin Chamfer <0. mm @ 45deg AR Coating Reflectivity 0,% @ 340 nm Initial transmission Dimension @340nm 3-VYAG-30-05 3-VYAG-30-33 T0=30% 3-VYAG-30-55 3-VYAG-40-05 3-VYAG-40-33 T0=40% 3-VYAG-40-55 3-VYAG-50-05 3-VYAG-50-33 T0=50% 3-VYAG-50-55 3-VYAG-60-05 05 3-VYAG-60-33 T0=60% 3-VYAG-60-55 3-VYAG-70-05 3-VYAG-70-33 T0=70% 3-VYAG-70-55 3-VYAG-80-05 3-VYAG-80-33 T0=80% 3-VYAG-80-55 55 3-VYAG-85-05 3-VYAG-85-33 T0=85% 3-VYAG-85-55 3-VYAG-90-05 3-VYAG-90-33 T0=90% 3-VYAG-90-55 3-VYAG-95-05 3-VYAG-95-33 T0=95% 3-VYAG-95-55 3-VYAG-97-05 3-VYAG-97-33 T0=97% 3-VYAG-97-55 coating AR/AR@340nm 49
Q-SWITCH 結晶 Passive Q-Switch crystals Co:SPINEL (Co²+:mgAl₂O₄) Crystals Wavelength range, nm 00-600 Absorption cross-section, cm 3,5x0-9 @ 540 nm Wavefront Distorton λ/0 @ 63.8 nm Dimensional Tolerances +0.0 mm/-0. mm 0 arcmin Chamfer <0. mm @ 45deg AR Coating Reflectivity 0,% @ 540 nm Initial transmission Dimension @540nm 3-COSP-30-05 3-COSP-30-33 T0=30% 3-COSP-30-55 3-COSP-40-05 3-COSP-40-33 T0=40% 3-COSP-40-55 3-COSP-50-05 3-COSP-50-33 T0=50% 3-COSP-50-55 3-COSP-60-05 05 3-COSP-60-33 T0=60% 3-COSP-60-55 3-COSP-70-05 3-COSP-70-33 T0=70% 3-COSP-70-55 3-COSP-80-05 3-COSP-80-33 T0=80% 3-COSP-80-55 55 3-COSP-85-05 3-COSP-85-33 T0=85% 3-COSP-85-55 3-COSP-90-05 3-COSP-90-33 T0=90% 3-COSP-90-55 3-COSP-95-05 3-COSP-95-33 T0=95% 3-COSP-95-55 3-COSP-97-05 3-COSP-97-33 T0=97% 3-COSP-97-55 coating AR/AR@540nm 50
Nonlinear 結晶 Nonlinear crystals BBO Crystals Transparency range, nm Lenght tolerance, mm Aperture tolerances, mm Orientation accuracy of cut angle Surface Flatness Optical damage threshold 89-3500 nm +0/-0. +0/-0. < 30 arcmin L/8 @ 63.8 nm <0 arcsec <5 arcmin >0,5 GW/cm for 0 ns pulses @ 064 nm Aperture Length 0.5 4-BBO-0605-4-BBO-060-6 x 6 4-BBO-065-.5 4-BBO-060-4-BBO-0805-05 0.5 4-BBO-080-8 x 8 4-BBO-085-.5 4-BBO-080-4-BBO-005-0.5 4-BBO-00-0 x 0 4-BBO-05-.5 4-BBO-00-4-BBO-05-05 0.5 4-BBO-0- x 4-BBO-5-.5 4-BBO-0-4-BBO-005-0.5 4-BBO-00-0 x 0 4-BBO-05-.5 4-BBO-00-4-BBO-060-0 0 0 0. 4-BBO-060-0 0. 4-BBO-0605-0 6 x 6 0.5 4-BBO-060-0 4-BBO-060-0 4-BBO-00-0 0. 4-BBO-00-0 0. 0 x 0 4-BBO-005-0 0.5 4-BBO-00-0 4-BBO-060-0. 4-BBO-060-0. 6 x 6 4-BBO-0605-0.5 4-BBO-060- Application SHG@030nm SHG@800nm THG@800nm AR coating S/S (nm/nm) 55-030 / 55-030 400-800 / 400-800 400-800 / 66 Orientation θ/φ deg 3.4/90 9./90 44.3/90 5
Nonlinear 結晶 Nonlinear crystals LBO Crystals Transparency range, nm 60-800 nm Length tolerance, mm +0.0, -0. Aperture tolerances, mm +0.0, -0. Orientation accuracy of cut angle < 30 arcmin Surface Flatness L/8 @ 63.8 nm <0 arcsec <5 arcmin Optical damage threshold >0 GW/cm for 0 ns pulses @ 064 nm 4-LBO-009-4-LBO-09-4-LBO-08-4-LBO-037-4-LBO-09-4-LBO-9-4-LBO-8-4-LBO-37-4-LBO-009-4-LBO-09-4-LBO-08-4-LBO-037-4-LBO-330-0 4-LBO-330-4-LBO-335-0 4-LBO-335-4-LBO-335-4-LBO-330-0 0 4-LBO-555-0 4-LBO-555-4-LBO-0609-4-LBO-069-4-LBO-068-4-LBO-0637-4-LBO-0809-4-LBO-089-4-LBO-088-4-LBO-0837- Aperture Length AR coating S/S Orientation Application (nm/nm) θ/φ deg 0.9 0 x 0 9.9.8 3.7 0.9 x.9.8 SHG@030nm 55 + 030 / 55 + 030 90/3.8 3.7 0.9 0 x 0 9.9.8 3.7 0 THG@064nm, Type II (e-oe) 064 + 53 / 355 4./90 0 SHG@064nm, Type I (e-oo) 064 + 53 / 064 + 53 90/.6 3 x 3 5 THG@064nm, Type II (e-oe) 064 + 53 / 355 4./90 5 SHG@064nm, Type I (e-oo) 90/.6 5 064 + 53 / 064 + 53 SHG@064nm, NCPM I Type 0 90/0 5 x 5 5 THG@064nm, Type II (e-oe) 064 + 53 / 355 4./90 5 SHG@064nm, Type I (e-oo) 064 + 53 / 064 + 53 90/.6 0.9 6 x 6.9.8 3.7 0.9 SHG@030nm 55 + 030 / 55 + 030 90/3.8 8 x 8.9.8 3.7 5
Nonlinear 結晶 Nonlinear crystals KTY Crystals Transparency range, nm 350-4400 nm Length tolerance, mm +0.0, -0. Aperture tolerances, mm +0.0, -0. Orientation accuracy of cut angle < 30 arcmin Surface Flatness L/8 @ 63.8 nm <0 arcsec <5 arcmin Optical damage threshold >500 MW/cm for 0 ns pulses @ 064 nm 4-KTP-3305 4-KTP-330 4-KTP-4406 4-KTP-7709 Aperture Length AR coating S/S Orientation Application (nm/nm) θ/φ deg 3 x 3 5 3 x 3 0 SHG@064nm 064+53/064+53 90/3.5 4 x 4 6 7 x 7 9 KDP DKDP Crystals Transparency range, nm 60-800 nm Lengh tolerance, mm 0 Aperture tolerances, mm 0 Orientation accuracy of cut angle < 30 arcmin Surface quality 0-0 S-D Surface Flatness L/8 @ 63.8 nm <0 arcsec it <5 arcmin Optical damage threshold >0 GW/cm (for KDP) and >0.5 GW/cm (for DKDP) 4-DKD-50-0 4-DKD-50-4-DKD-53-0 4-DKD-53-4-DKD-50-0 4-DKD-50-4-KDP-50-0 4-KDP-570-0 Crystal DKDP KDP Aperture x L AR coating S/S Orientation Application (nm/nm) θ/φ deg x x 0 SHG@064nm, Type II 064/064+53 53.5/0 x x 0 THG@064nm, Type II 064+53/355 59.3/0 5 x 5 x 3 5 x 5 x 3 SHG@064nm, Type II SHG@064nm, Type I 064+53/064+53 064+53/064+53 53.5/0 36.5/45 5 x 5 x 0 SHG@064nm, Type II 064/064+53 53.5/0 5 x 5 x 0 THG@064nm, Type II 064+53/355 59.3/0 x x 5 SHG@53nm, Type I 53+66/53+66 76.5/45 5 x 5 x 7 SHG@53nm, Type I 53+66/53+66 76.5/45 53