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Beam Expander Wide 8X 532nm - image 1
China / LINOS / Ronar Smith / EdmundLaser Parts

Beam Expander Wide 8X 532nm

Wide-Angle Galilean Beam Expander for Green Laser Diamond Machines

The Beam Expander Wide 8X 532nm is a precision optical beam expansion system engineered for green laser applications requiring a wider optical profile and enhanced beam shaping. Featuring a cone-type housing and Galilean optical design, this beam expander delivers efficient 8X beam expansion, excellent transmission, and stable beam quality. Designed specifically for 532nm laser systems, it is widely used in diamond cutting, marking, engraving, and lab-grown diamond processing where precision and optical reliability are critical.

Expansion Ratio8X
Wavelength532nm
Shape TypeCone Type
Transmission>95%
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Industries Served

Natural Diamond IndustryLab-Grown Diamond ManufacturingLaser Machine ManufacturingIndustrial Laser SystemsPhotonics IndustryOptical EngineeringPrecision ManufacturingResearch & Development
Product Features
Wide Cone-Type Optical Design
Optimized for 532nm Green Lasers
8X Beam Expansion Ratio
Galilean Beam Expander Technology
High Transmission Efficiency (>95%)
Precision AR Coated Optics
Low Reflection Loss
High Damage Threshold
Black Anodized Aluminum Housing
Industrial Grade Reliability
Technical Specifications
Model
BE@532C (Wide)
Expansion Ratio
8X
Wavelength
532nm
Shape Type
Cone Type
Optical Design
Galilean Beam Expander
Lens Material
Optical Grade Fused Silica
Coating
AR Coated (532nm)
Surface Quality
60/40 Scratch & Dig
Transmission Efficiency
>95%
Mount Type
Threaded / Machine Compatible
Body Material
Black Anodized Aluminum
Working Temperature
Industrial Standard
Application
Diamond Cutting / Marking / Engraving
Available Brands
China / LINOS / Ronar Smith / Edmund
Applications
Green Laser Diamond Cutting

Provides optimized beam expansion for precision cutting using 532nm laser systems.

Diamond Marking Systems

Improves beam uniformity and marking consistency on diamonds and gemstones.

Laser Engraving Equipment

Enhances engraving quality through stable beam shaping and delivery.

Lab-Grown Diamond Processing

Supports CVD and HPHT diamond manufacturing processes requiring high optical precision.

Industrial Green Laser Systems

Suitable for beam conditioning and optical alignment in 532nm laser equipment.

Photonics Research

Used in optical laboratories and laser development applications.

Key Benefits
01

Improved Beam Uniformity

Creates a larger and more consistent beam profile for precision laser applications.

02

Enhanced Processing Accuracy

Improves cutting, marking, and engraving quality through optimized beam expansion.

03

Reduced Beam Divergence

Maintains beam quality across longer working distances.

04

Higher Optical Efficiency

AR-coated optics maximize transmission and minimize power loss.

05

Reliable Industrial Operation

Built for continuous operation in demanding manufacturing environments.

06

Long Service Life

Durable optical coatings and rugged housing ensure dependable performance.