Logo
Beam Expander 8X 1064nm - image 1
LINOS / Ronar Smith / Edmund / ChinaLaser Parts

Beam Expander 8X 1064nm

Galilean Beam Expander for Diamond Laser Machines

The Beam Expander 8X 1064nm is a precision optical assembly designed to enlarge and collimate laser beams in industrial laser systems. Utilizing a Galilean optical design with AR-coated fused silica optics, it delivers high transmission efficiency, reduced beam divergence, and improved beam quality. Widely used in diamond cutting, marking, and engraving machines, this beam expander ensures stable laser performance and enhanced processing accuracy.

Expansion Ratio8X
Wavelength1064nm
Shape TypePipe Type
Transmission>95%
Get a Quote

Industries Served

Natural Diamond IndustryLab-Grown Diamond ManufacturingLaser Machine ManufacturingIndustrial Laser SystemsPhotonics IndustryOptical EngineeringPrecision ManufacturingResearch & Development
Product Features
Galilean Beam Expander Design
High Transmission Efficiency (>95%)
Precision AR Coated Optics
Low Reflection Loss
High Damage Threshold
Industrial Grade Construction
Black Anodized Aluminum Housing
Stable Beam Expansion Performance
Technical Specifications
Model
BE@1064C
Expansion Ratio
8X
Wavelength
1064nm
Shape Type
Pipe Type
Optical Design
Galilean Beam Expander
Lens Material
Optical Grade Fused Silica
Coating
AR Coated
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
Applications
Diamond Cutting Machines

Expands the laser beam for improved cutting quality and process stability.

Diamond Marking Systems

Provides optimized beam characteristics for accurate marking operations.

Laser Engraving Equipment

Improves engraving precision and beam uniformity.

Lab-Grown Diamond Processing

Used in CVD and HPHT laser systems for precision material processing.

Industrial Laser Systems

Suitable for beam shaping and beam delivery applications.

Key Benefits
01

Improved Beam Quality

Produces a larger and more uniform beam profile for precision laser processing.

02

Higher Cutting Accuracy

Optimizes beam characteristics for improved cutting and marking precision.

03

Reduced Beam Divergence

Maintains beam quality over longer working distances.

04

Better Laser Efficiency

High transmission optics maximize available laser power.

05

Long Service Life

Durable optical coatings and housing ensure reliable industrial operation.

06

Easy Integration

Compatible with most industrial laser systems and beam delivery setups.