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

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
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
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
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
AR 1064 nm / 45° low polarizing
[B-07674]AR 1064 nm / 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)