Skip to content
Precision Optics for Engineering & Research Global B2B Sourcing
PHOSLENS
Menu

HPC Nd:YAG Output Mirrors

From $67 USD

Request a quote

Product description

HPC output mirrors use a partially reflective dielectric coating on one face and an antireflection coating on the reverse face. The category specifies 0° incidence for this series.

The 28 listed models cover diameters from 10 mm to 50.8 mm and thicknesses from 2 mm to 10 mm. Model materials are listed as quartz or K9. The wavelength field is 1064 nm on most rows and 1030–1064 nm on the remaining rows.

The model options list transmittance values of 2%, 5%, 10%, 15%, 20% and 50%. Category specifications include a surface figure below λ/4 at 632.8 nm, clear aperture above 90%, and a damage threshold above 5 J/cm² at 1064 nm under the stated 20 ns, 20 Hz condition.

HPC original optical schematic

Original source reference drawing; obtain a model-specific manufacturing drawing before integration.
HPC own R and T optical ray schematic

The source says custom configurations can be requested. It marks drawings as reference-only and says they are not suitable for manufacturing; confirm model-specific requirements before ordering.

General specifications

Category-level specifications from source category 409. Per-model material, diameter, thickness, wavelength, transmittance and coating are listed separately in each model row.

Surface figure
<λ/4 @632.8 nm
Parallelism
<1 arcmin
Surface quality
60-40
Clear aperture
>90%
Diameter/size tolerance
+0/-0.1 mm
Thickness tolerance
±0.1 mm
Protective chamfer
<0.5 mm ×45°
Coating
Partial-reflective coating on one side; antireflection coating on the reverse side
Damage threshold
>5 J/cm², 20 ns, 20 Hz, @1064 nm
Note
Custom configurations can be requested; consult the supplier for details

Available specifications

USD unit prices. Shipping, taxes and dispatch timing are confirmed with your quotation. Select models and quantities to build your quote list.

28 models

DetailsQuote
HPC010-T2-1064Quartz<λ/4 @632.8 nm10 mm3 mm0°1064 nm2%S1: partially reflective dielectric coating; S2: antireflection coating$78
HPC012-T2-1064K9<λ/4 @632.8 nm12.7 mm3 mm0°1064 nm2%S1: partially reflective dielectric coating; S2: antireflection coating$78
HPC020-T2-1064K9<λ/4 @632.8 nm20 mm4 mm0°1064 nm2%S1: partially reflective dielectric coating; S2: antireflection coating$100
HPC025-T2-1064K9<λ/4 @632.8 nm25.4 mm3 mm0°1064 nm2%S1: partially reflective dielectric coating; S2: antireflection coating$134
HPC050-T2-1064K9<λ/4 @632.8 nm50.8 mm4 mm0°1064 nm2%S1: partially reflective dielectric coating; S2: antireflection coating$245
HPC012-T5-1064Quartz<λ/4 @632.8 nm12.7 mm3 mm0°1030–1064 nm5%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC025-T5-1064K9<λ/4 @632.8 nm25.4 mm4 mm0°1030–1064 nm5%S1: partially reflective dielectric coating; S2: antireflection coating$78
HPC010-T10-1064Quartz<λ/4 @632.8 nm10 mm3 mm0°1064 nm10%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC012-T10-1064K9<λ/4 @632.8 nm12.7 mm3 mm0°1064 nm10%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC020-T10-1064K9<λ/4 @632.8 nm20 mm4 mm0°1064 nm10%S1: partially reflective dielectric coating; S2: antireflection coating$74
HPC025-T10-1064K9<λ/4 @632.8 nm25.4 mm4 mm0°1064 nm10%S1: partially reflective dielectric coating; S2: antireflection coating$78
HPC050-T10-1064K9<λ/4 @632.8 nm50.8 mm4 mm0°1064 nm10%S1: partially reflective dielectric coating; S2: antireflection coating$218
HPC010-T15-1064Quartz<λ/4 @632.8 nm10 mm3 mm0°1064 nm15%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC012-T15-1064K9<λ/4 @632.8 nm12.7 mm3 mm0°1064 nm15%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC020-T15-1064K9<λ/4 @632.8 nm20 mm4 mm0°1064 nm15%S1: partially reflective dielectric coating; S2: antireflection coating$74
HPC025-T15-1064K9<λ/4 @632.8 nm25.4 mm3 mm0°1064 nm15%S1: partially reflective dielectric coating; S2: antireflection coating$78
HPC050-T15-1064K9<λ/4 @632.8 nm50.8 mm4 mm0°1064 nm15%S1: partially reflective dielectric coating; S2: antireflection coating$218
HPC010-T20-1064Quartz<λ/4 @632.8 nm10 mm3 mm0°1064 nm20%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC012-T20-1064Quartz<λ/4 @632.8 nm12.7 mm3 mm0°1064 nm20%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC020-T20-1064K9<λ/4 @632.8 nm20 mm2 mm0°1064 nm20%S1: partially reflective dielectric coating; S2: antireflection coating$74
HPC025-T20-1064K9<λ/4 @632.8 nm25.4 mm4 mm0°1064 nm20%S1: partially reflective dielectric coating; S2: antireflection coating$78
HPC050-T20-1064Quartz<λ/4 @632.8 nm50.8 mm10 mm0°1064 nm20%S1: partially reflective dielectric coating; S2: antireflection coating$218
HPC010-T50-1064Quartz<λ/4 @632.8 nm10 mm3 mm0°1064 nm50%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC012-T50-1064Quartz<λ/4 @632.8 nm12.7 mm3 mm0°1064 nm50%S1: partially reflective dielectric coating; S2: antireflection coating$67
HPC015-T50-1064Quartz<λ/4 @632.8 nm15 mm2 mm0°1064 nm50%S1: partially reflective dielectric coating; S2: antireflection coating$72
HPC020-T50-1064K9<λ/4 @632.8 nm20 mm2 mm0°1064 nm50%S1: partially reflective dielectric coating; S2: antireflection coating$74
HPC025-T50-1064K9<λ/4 @632.8 nm25.4 mm4 mm0°1064 nm50%S1: partially reflective dielectric coating; S2: antireflection coating$78
HPC050-T50-1064K9<λ/4 @632.8 nm50.8 mm4 mm0°1064 nm50%S1: partially reflective dielectric coating; S2: antireflection coating$189

Curves

HPC eleven complete curve frames with unchanged plotted data, scales and incidence
Typical transmission or coating performance. Refer to the model’s coating range.

Technical notes

Review the material, dimensions and other specifications listed for the individual model. Check any available curves against the model's stated operating range.

Illustrations and printable specification summaries are reference information, not manufacturing drawings. Confirm technical suitability and final requirements with your quotation.

Quote list

Choose models and quantities above. Your list is saved in this browser and can include models from other product categories.

Let’s discuss your optical requirements.

Choose a model or share what you need.

Scroll to Top
Contact us on WhatsApp