1064nm Laser Mirrors

Name: 1064nm Laser Mirrors
Brand: PhotonEdge
SKU: PE-MIRROR-1064-022
Availability: LimitedAvailability

Key Specifications

Critical Parameters for Mirrors

When specifying this product, these parameters most directly impact performance and cost:

Wavelength Reflectivity Surface Quality Flatness Damage Threshold

Type	Dielectric HR @ 1064nm
Reflectivity	> 99.9% @ 1064nm
Substrate	BK7 / UV Fused Silica
Diameter	6-50 mm
Surface Quality	20-10 / 10-5
Flatness	λ/4 to λ/10
LIDT	> 20 J/cm² (ns pulse)
AOI	0° or 45°

Parameter Reference Guide

Typical Standard capability — available as shown
Available Alternative options exist — request quotation
Custom Per your drawing — quote after review
Subject to Review Depends on project specifics

What Is a 1064nm Laser Mirrors?

1064nm Laser Mirrors provide high-reflectivity optical surfaces for laser beam steering, alignment, and general optical systems. PhotonEdge mirrors are manufactured with precision substrates and controlled coating processes to ensure reliable performance.

When Should You Use This Product?

✔ Good Choice When

✓ Nd:YAG laser systems (1064nm)
✓ Fiber laser beam steering
✓ Laser marking and welding systems
✓ Laser cavity end mirrors

⚠ Consider an Alternative When

✗ Broadband reflection Protected Silver Mirror

✗ Different wavelength Custom Dielectric Mirror

✗ UV laser UV Mirror

✗ Low-cost visible Enhanced Aluminum

Available Optical Materials

Select the optimal substrate material based on your wavelength, environment, and budget requirements.

Material	Transmission	Key Advantage	Considerations
BK7	VIS / NIR substrate	Standard substrate for visible mirrors	Not for UV or IR
UV Fused Silica	UV / VIS / NIR substrate	Low thermal expansion, high LIDT	Higher cost
Float Glass	VIS substrate	Economy choice for visible mirrors	Lower optical quality

Not sure which material to choose?

Ask AI Optical Engineer

Optical Coating Options

Dielectric HR 1064nm

R > 99.9% at 1064nm. High LIDT for Nd:YAG/fiber lasers.

Typical use: Nd:YAG and fiber laser systems

HR 1064nm + 532nm

Dual-band HR for fundamental + second harmonic.

Typical use: Dual-wavelength Nd:YAG systems

Output Coupler

Partial reflector at 1064nm (T = 1-20%).

Typical use: Laser cavity output couplers

How to Specify Your Coating

To select the right coating, please provide: (1) Operating wavelength, (2) Angle of incidence, (3) Required transmission or reflectivity, (4) Laser power density (if applicable), (5) Operating environment.

Engineering Considerations

Key factors to evaluate when specifying this optical component for your system.

Reflectivity

Verify reflectance meets your system throughput requirements. Factor in both reflection losses and absorption.

AOI

Specify angle of incidence for proper coating design. Non-normal AOI causes S/P polarization differences.

LIDT

For laser applications, specify power density and pulse parameters to ensure coating durability.

Handling

Handle mirrors by edges only. Clean with compressed gas first, then optical-grade solvents if needed.

Applications

Laser Systems

Beam delivery, focusing, and conditioning for industrial and scientific laser systems.

Semiconductor

Wafer inspection, lithography support, and process control optics.

Machine Vision

Image formation in inspection systems and quality control cameras.

Research & Education

Laboratory optics, teaching setups, and experimental beam paths.

Manufacturing & Customization

Manufacturing Capability Levels

Capability	Standard	Precision	Project-Specific
Surface Quality	40-20	20-10	10-5 or tighter
Flatness	λ/4	λ/10	λ/20+
Dimensional Tol.	±0.05mm	±0.01mm	±0.005mm
Centration	≤3 arc-min	≤1 arc-min	≤30 arc-sec

Actual capability depends on material, geometry and coating. Final specifications confirmed through engineering review.

PhotonEdge supports optical component sourcing, engineering review, and qualified manufacturing through our optical manufacturing network. We coordinate production, coating, and inspection to deliver components that meet your specifications.

🔬

Prototype

⚙️

Low Volume

🏭

Volume Production

📋

Custom Specification

Quality Assurance

Dimensional Inspection

Diameter, thickness, focal length verified per specification

Surface Quality

Scratch-dig inspection under calibrated illumination

Coating Verification

Spectrophotometric measurement of transmission/reflectance

Inspection documentation available according to project requirements. Certificates of Conformance, material test reports, and coating curves can be provided.

Available Documentation

Document	Purpose
Inspection Report	Confirms optical and mechanical specifications
Material Certificate	Confirms substrate material and grade
Coating Report	Confirms coating performance and wavelength range
Certificate of Conformity	Confirms conformity to agreed requirements
Dimensional Report	Confirms mechanical dimensions and tolerances

Documentation provided according to agreed project requirements.

You May Also Need

Related Knowledge

Engineering Documentation

The following documentation is available upon request for qualified engineering projects:

📐

Dimensional Drawing

CAD & dimensional specs per your requirements

📊

Material Data Sheet

Material properties, transmission curves & certificates

📈

Coating Performance Curve

Spectrophotometric measurement data

🔍

Inspection Report

Surface quality, flatness, centration & dimensional data

✅

Certificate of Conformance

CoC with full traceability per project requirements

📋

Custom Specification Sheet

Application-specific specification documentation

Documentation availability depends on project scope and order quantity. Request details during RFQ.

Ordering Information

Price Range

See Quote

Standard Lead Time

Ships within 1 week after payment

Custom Lead Time

Subject to engineering evaluation

MOQ

1 Piece

Samples

Available

Specification Parameters

Typical Specifications shown on this page are standard capabilities. Available Options include alternative materials and coatings. Custom Specifications are available per your drawing. Requirements beyond standard capability are marked Subject to Engineering Review.

Get a Quote Full Ordering Guide

Frequently Asked Questions

What reflectivity can I expect?

Reflectivity depends on the coating: Protected Silver > 97% (400-2000nm), Protected Al > 90% (250-2000nm), Dielectric HR > 99.9% at design wavelength.

What is the laser damage threshold?

LIDT depends on coating type. Dielectric HR coatings typically have the highest LIDT. Specify your laser parameters for proper coating selection.

What substrates are available?

Standard substrates include BK7, UV Fused Silica, and Float Glass. For IR applications, we offer Cu, Mo, and Si substrates.

Can mirrors be used at non-normal incidence?

Yes. Specify the angle of incidence (AOI) for proper coating design. S-polarization and P-polarization have different reflectance at oblique angles.

How should I handle and clean mirrors?

Handle by edges only. Use compressed gas for dust removal. For smudges, use optical-grade cleaning solvents with lint-free wipes. Avoid touching coated surfaces.

What is the lead time for custom mirrors?

Custom optics require engineering evaluation. Lead time is confirmed with your quotation.

Not Sure Which Specification You Need?

Describe your optical system and our AI Optical Engineer will help identify the right specifications, materials, and coatings for your application.

Ask AI Optical Engineer

Before Requesting a Quote

To help us provide an accurate quotation, please prepare the following information. Not all fields are required — send what you have, and our engineering team can help identify missing parameters.

✓ Material

BK7, fused silica, CaF₂, etc.

✓ Dimensions

Diameter, thickness, focal length

✓ Wavelength

Operating wavelength or range

✓ Coating

AR, HR, metallic, or uncoated

✓ Surface Quality

Scratch-dig, roughness

✓ Quantity

Prototype, low volume, or production

✓ Application

Laser, imaging, spectroscopy, etc.

✓ Operating Environment

Temperature, vacuum, cleanroom

Not sure about some specifications? Send what you have — our engineering team will help identify the missing parameters and recommend appropriate values for your application.