Wavelength 1030-1064 nm
1030 | 1040 | 1047 | 1053 | 1054 | 1064 nm

Fibre laser • Yb:YAB/YAG • Nd:glass • Nd:YAG/YVO4/YLF

NIR 1030-1064 nm

Coating types
VAR
AR
  • VAR
  • DAR
  • TAR
  • BBAR
  • MAR
  • WAR
VAR
VAR
λ [nm]AR (0°); R < methodAR (45°); R < method
1064 0.1%   EBE 0.6%   EBE
  0.05-0.1%* low loss IBS 0.1-0.6%* low loss IBS

* depending on price, substrate size and laser power

HR
HR
  • HR
  • DHR
  • BBHR
  • MHR
  • WHR
  • Metal
HR
HR
λ [nm]HR (0°); R > methodHR (45°); R > method
1030 99.7% high power EBE 99.5% high power EBE
  99.85% standard EBE 99.8% standard EBE
  99.9xxx%* low loss IBS 99.9xxx%* low loss IBS
1053 99.85%   EBE 99.8%   EBE
1064 99.7% high power EBE 99.5% high power EBE
  99.9% standard EBE 99.8% standard EBE
  99.9xxx%* low loss IBS 99.9xxx%* low loss IBS

* 99.9xxx% means that we can optimize the reflection/transmission to your needs.
The coating price results from the chosen grade of reflection/difficulty, see estimated multiplier:

 Price multiplier

TFP
POLARIZER
  • TFP
  • CP
  • BBPOL
TFP
TFP
λ [nm] AOImethod
1064 Tp > 95%, Ts < 5% 45° cube EBE
  Tp > 99%, Ts < 1% 45° IBS
  Tp > 95%, Ts < 2% Brewster EBE
  Tp > 99%, Ts < 0.1% Brewster IBS
VA
VARIABLES
  • VA
  • GOC
  • GP
  • GNF
  • GIF
VA
VA
λ [nm]0°→ 45°; T = method
1064 95% → 1%   EBE
  95% → 1% non-shifting IAD
 

LIDT for HR 1064 nm / 0° with different methods

methodLIDT - pulsed (10 ns, 1 Hz)
energy per effective beam area		LIDT - cw (depending on cooling)
power per effective beam diameter
EBE, high power > 80 J / cm² > 10 kW / cm
EBE, standard > 40 J / cm² > 10 kW / cm
IBS > 40 J / cm² > 100 kW / cm

All values are given for standard coatings. Customized coatings available for all types.

Coating methods available:

EBEIADIPMSIBS

Examples

If not mentioned otherwise, all values and diagrams are given

... for the standard substrate material used in the described wavelength area (mostly Fused Silica or CaF2).

... without consideration of the rear surface.

... with EBE coating technique for a good cost-performance ratio.

Customized coatings are available for all types.

 

–––– dashed lines show the zoomed curve with the stated magnification

AR 1064 nm1030-106 / 45° low polarizing
[B-07674]AR 1064 nm1030-106 / 45° low polarizing

1064 nm: Ru < 0.6%; IRs-RpI < 0.4%

R > 80% 633 nm HR 1064 nm / 45 ±10° Type 3
[B-06544]R > 80% 633 nm HR 1064 nm / 45 ±10° Type 3

633 nm: R > 80%; 1064 nm: Ravg > 99.7%

GOC 1064 nm / 0°
[B-05981]GOC 1064 nm / 0°

1064 nm: T 25-75% min. variation on substrate
(IAD-coating). Find here more details about Gradient Output Coupler GOC.

TFP 1064 nm / 55.4°
[B-11324]TFP 1064 nm / 55.4°

1064 nm: Tp > 99%, Ts < 0.1% (IBS-coating)

VA 1064 nm / 0-45° T 95-1%
[B-00431-01]VA 1064 nm / 0-45° T 95-1%

1064 nm: 0° -> 45°; T= 95% -> 1%

HT 1030 nm HR 1064 nm / 0°
[B-06240]HT 1030 nm HR 1064 nm / 0°

1030 nm: R < 1.3%; 1064 nm: R > 99.4%
(IBS-coating)

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