AliExpress.io
Beam Splitter Split Ratio 50%: 50% Optical Glass 10 Mm Semi-Reflective Semi-Transparent Cube Processing Cemented Prism

Beam Splitter Split Ratio 50%: 50% Optical Glass 10 Mm Semi-Reflective Semi-Transparent Cube Processing Cemented Prism

$22.39$27.30
18% OFF
Buy on AliExpress

You will be redirected to AliExpress to complete your purchase

Specifications

Brand Name
NoEnName_Null
Origin
Mainland China
Certification
CE
Surface Quality
60/40
Dimension Tolerance
+-0.01MM
Model Number
Beam splitter
Shape
Cube
Angle Tolerance
3'
Material
K9
Flatness
1/4
Size
10*10*10MM

Product Description

Pros & Cons

Pros

  • High-quality K9 optical glass construction for precise, even light splitting
  • Tight dimension and angle tolerances for reliable optical performance
  • CE certified for quality and safety standards
  • Compact 10mm cube size for easy integration into optical setups

Cons

  • Only available in a single 10*10*10MM size, with no alternative size options
  • Surface quality of 60/40 may not be suitable for high-precision scientific applications
  • Flatness of 1/4 may limit use for extremely high-resolution imaging projects
  • No protective carrying case included, risking damage during transport or storage

Common Questions

What material is this beam splitter prism made of?

This beam splitter prism is made of K9 optical glass for high-quality light transmission.

What are the dimensions of this beam splitter cube?

The cube measures 10*10*10MM, with a dimension tolerance of ±0.01MM.

What split ratio does this beam splitter have?

This beam splitter has a 50%:50% split ratio, dividing incoming light evenly between two output paths.

What is this beam splitter prism used for?

It is used for optical experiments, laser setups, and imaging systems where even light splitting is required.

Where is this beam splitter prism manufactured, and what certifications does it have?

This product is made in Mainland China, and it has CE certification for quality and safety.

Product information last updated on November 30, 2025