Laser Reflecting Mirror

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MOQ : 1 Piece

Laser Reflecting Mirror Specification

Wave Length
10.6 micro meter

Laser Type
CO2, Nd:YAG, Fiber Laser

Product Type
Laser Reflecting Mirror

Working Temperature
10C to 50C

Light Source
Halogen Bulbs

Emitting Color
Reflects Laser Color (typically yellow/amber coated)

Frequency (MHz)
50 Hertz (HZ)

Volume
Depends on mirror size, typically diameter 25mm, 30mm, 40mm, 50mm

Maintenance
Clean with proper optical solvents and lint-free cloth

Resistance
High thermal and mechanical resistance

Application
Laser Cutting, Engraving, Marking, Medical, Industrial

Reflectivity
Higher than 99%

Packaging
Custom protective packaging

Substrate Material
Silicon, Molybdenum, Copper, Fused Silica

Coating Type
Dielectric Coating

Thickness
1mm to 3mm

Mounting Type
Mounted or Unmounted

Surface Quality
10-5, 20-10 (MIL-PRF-13830B)

Edge Finish
Polished, Beveled

Shape
Round, Custom Shapes Available

Laser Reflecting Mirror Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID), Cheque

Supply Ability
10 Pieces Per Month

Delivery Time
1 Days

Main Domestic Market
All India

About Laser Reflecting Mirror

As per the vast requirement in our industrial field, we are manufacturing and exporting an extensive range of Laser Reflecting Mirror. It is highly suitable to be used for great application that requires turnover cuttings in huge quantity or on bigger surfaces. It is designed by utilizing the latest technological advancements and using highly certified metals. Further, this Laser Reflecting Mirror has different applications in cutting metal sheets in machines making, metallurgy, engineering, automobile workshops and many more.

Other Details:

Minimum Order Quantity	1 Unit
Material	Molybdenum
Wave Length	10.6 micro meter
Shape	Round
Diameter	50-150 mm

Superior Optical Performance

Dielectric-coated mirrors offer exceptional reflectivity exceeding 99%, enabling efficient laser operation with minimal energy loss. Achieving surface quality standards such as 10-5 or 20-10 (MIL-PRF-13830B), these mirrors are ideal for demanding precision tasks in industrial and medical environments. Their resistance to thermal and mechanical stress ensures consistent performance over prolonged use.

Versatile Designs and Customization

With substrate choices including silicon, molybdenum, copper, and fused silica, the mirror adapts to various laser systems. Round mirrors come in standard diameters of 25mm, 30mm, 40mm, and 50mm, with options for custom shapes. Edge finishes (polished or beveled) and thickness adjustments facilitate easy integration, whether mounted or unmounted, matching specific project requirements.

Reliable Application and Maintenance

Optimized for applications such as laser cutting, engraving, marking, and medical instruments, these mirrors operate efficiently between 10C and 50C. For optimal longevity and performance, clean mirrors using appropriate optical solvents and lint-free cloths. Custom protective packaging ensures safe shipment and storage, minimizing damage risks during transit.

FAQ's of Laser Reflecting Mirror:

Q: How can Laser Reflecting Mirrors be integrated into various laser setups?

A: These mirrors can be mounted or unmounted depending on your application. With customizable shapes, multiple substrate materials, and polished or beveled edges, they fit easily within CO2, Nd:YAG, or fiber laser systems for cutting, engraving, marking, and medical uses.

Q: What makes dielectric-coated mirrors achieve higher than 99% reflectivity?

A: Dielectric coatings consist of multiple layers of specialized materials, carefully engineered to reflect laser wavelengths efficiently. This advanced technology minimizes energy loss, maximizing accuracy and performance across industrial and medical applications.

Q: When should these mirrors be replaced or maintained in a laser system?

A: Routine maintenance involves cleaning with proper optical solvents and lint-free cloths to prevent buildup and damage. Mirrors should be replaced if reflectivity drops or surface quality deteriorates beyond MIL-PRF-13830B standards, ensuring reliable operation.

Q: Where are Laser Reflecting Mirrors commonly used and why?

A: These mirrors are widely employed in industrial, medical, engraving, and marking sectors. Their robust thermal and mechanical resistance, together with precise optical standards, make them essential for environments requiring consistent accuracy and durable performance.

Q: What benefits do custom shapes and protective packaging provide?

A: Custom shapes ensure compatibility with diverse laser assemblies, while specialized packaging protects mirrors during shipping and storage, reducing the risk of scratches or mechanical damage and preserving optical quality.

Q: How does substrate material selection affect mirror performance?

A: Choosing silicon, molybdenum, copper, or fused silica substrates influences the mirror's durability, thermal management, and compatibility with specific laser types, allowing for tailored solutions to meet individual project requirements.

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