Nd:YAG Laser-1064nm-Pump Mirror

Nd:YAG Laser-1064nm-Pump Mirror
Download the Product Sheet

The laser pump mirror adopts a high-quality fused silica substrate with all-dielectric high-reflection and anti-reflection coating, providing extremely high reflection efficiency and other properties within the corresponding laser wavelength range. The laser pump mirror can be used to design the laser cavity, and the number of reflections can be enhanced to improve the output power. Mainly use high-reflection coating (HR) for coating and anti-reflection coating (AR).

The reflectivity of HR coating to natural light or S-polarized light and P-polarized light in a specific light band range can be as high as 99% or even close to. The reflectivity of AR to them can be as low as 0.2% or less. The high-precision processed quartz optical substrate effectively reduces light scattering, so that this type of laser pump mirror can be widely used in various high-precision laser applications in occasion.

Processing Index

Parallelism
10〞
Perpendicularity
5ˊ
Surface Finish
20-10
Flatnessλ / 8 @ 632 nm
Clear Aperture
> 85% central area
Chamfer0.2mm-0.5mm @ 45°
Dimensional Accuracy± 0.05mm
Thickness/Diameter Tolerance
(0,-0.1)mm
Damage Threshold
>10 J/cm2@ 1064nm 10ns 10 Hz

Product List - Fused Silica (Material Optional)

Please click the blue word below for the coating spectrum

ModelSizeFormCoating
CL-PM11023-127∅ =12.7mm
t =6.35mm		Front Side  (S2)
plane
Rear Side  (S1)
plane ′		Front Side (S2)
HR(0°,1064nm)>99.9%
R(0°,808nm)<3%
Rear Side (S1)
AR(0°,808nm)<0.2%
CL-PM11023-250∅ =25mm
t =6.35mm		Front Side  (S2)
plane
Rear Side  (S1)
plane ′		Front Side (S2)
HR(0°,1064nm)>99.9%
R(0°,808nm)<3%
Rear Side (S1)
AR(0°,808nm)<0.2%
CL-PM11023-381∅ =38.1mm
t =6.35mm		Front Side  (S2)
plane
Rear Side  (S1)
plane ′		Front Side (S2)
HR(0°,1064nm)>99.9%
R(0°,808nm)<3%
Rear Side (S1)
AR(0°,808nm)<0.2%
CL-PM11015-127∅ =12.7mm
t =6.35mm		Front Side  (S2)
plane
Rear Side  (S1)
plane
Front Side (S2)
HR(0°,532nm)>99.9%
R(0°,1064nm)<0.5%
Rear Side (S1)
AR(0°,1064nm)<0.25%
CL-PM11015-254∅ =25.4mm
t =6.35mm		Front Side  (S2)
plane
Rear Side  (S1)
plane
Front Side (S2)
HR(0°,532nm)>99.9%
R(0°,1064nm)<0.5%
Rear Side (S1)
AR(0°,1064nm)<0.25%
CL-PM11015-381∅ =38.1mm
t =6.35mm		Front Side  (S2)
plane
Rear Side  (S1)
plane
Front Side (S2)
HR(0°,532nm)>99.9%
R(0°,1064nm)<0.5%
Rear Side (S1)
AR(0°,1064nm)<0.25%
CL-PM11006∅ = 12.7 mm
t = 6.35 mm		Front Side  (S2)
concave
r =50 mm (±0.5 %)
Rear Side  (S1)
plane
Front Side (S2)
HR(0°,532nm)>99.9%
HR(0°,1064nm)>99.9%
R(0°,808nm)<5%
Rear Side (S1)
AR(0°,808nm)<0.2%
CL-PM11007∅ = 12.7 mm
t = 6.35 mm		Front Side  (S2)
concave
r =100 mm (±0.5 %)
Rear Side  (S1)
plane
Front Side (S2)
HR(0°,532nm)>99.9%
HR(0°,1064nm)>99.9%
R(0°,808nm)<5%
Rear Side (S1)
AR(0°,808nm)<0.2%
CL-PM11008∅ = 12.7 mm
t = 6.35 mm		Front Side  (S2)
concave
r =200 mm (±0.5 %)
Rear Side  (S1)
plane
Front Side (S2)
HR(0°,532nm)>99.9%
HR(0°,1064nm)>99.9%
R(0°,808nm)<5%
Rear Side (S1)
AR(0°,808nm)<0.2%
CL-PM11009∅ = 12.7 mm
t = 6.35 mm		Front Side  (S2)
concave
r =300 mm (±0.5 %)
Rear Side  (S1)
plane
Front Side (S2)
HR(0°,532nm)>99.9%
HR(0°,1064nm)>99.9%
R(0°,808nm)<5%
Rear Side (S1)
AR(0°,808nm)<0.2%
CL-PM11011∅ = 12.7 mm
t = 6.35 mm		Front Side  (S2)
concave
r =500 mm (±0.5 %)
Rear Side  (S1)
plane
Front Side (S2)
HR(0°,532nm)>99.9%
HR(0°,1064nm)>99.9%
R(0°,808nm)<5%
Rear Side (S1)
AR(0°,808nm)<0.2%
Please contact sales for customized products

Contact Us

If you are intereted in Nd:YAG Laser-1064nm-Pump Mirror, please click the button below to enquire or ask for a samplel.

Inquiry/Sample

Related article(s) with Nd:YAG Laser-1064nm-Pump Mirror:

There is no related article with this product, please visit our articles page to find out more.

Related case study with Nd:YAG Laser-1064nm-Pump Mirror:

There is no related case study with this product, please visit case study page to find out more.

Related solution(s) with Nd:YAG Laser-1064nm-Pump Mirror:

Related video(s) with Nd:YAG Laser-1064nm-Pump Mirror:

There is no related video(s), please visit videos page to find out more.

Scroll to Top