Beamsplitters

Custom Size ZnSe Plate Beamsplitter

ZnSe beamsplitter for laser, spectroscopy, and imaging applications. Customizable with high transmittance in 1.7-14 μm range.

Core attributes

Material
ZnSe
Shape
Plate
Size
Custom
Thickness
Custom
Transmission bands
LWIR (8-14 μm), MWIR (3-5 μm), SWIR (1.7-3 μm)

Product facts

Key attributes

Material
ZnSe
Shape
Plate
Size
Custom
Thickness
Custom
Transmission bands
LWIR (8-14 μm), MWIR (3-5 μm), SWIR (1.7-3 μm)

Product description

The ZnSe beamsplitter is designed for applications in laser, spectroscopy, and imaging within the 1.7-14 μm wavelength range. Its high transmittance and durable construction make it ideal for demanding optical environments. This beamsplitter addresses the need for precision in optical imaging, ensuring reliable performance across various applications. Customization options are available to meet specific requirements.

Key Features

  • Effective transmittance in the 1.7-14 μm spectrum for versatile applications.
  • ZnSe material provides high precision and durability for long-term use.
  • Supports OEM and ODM customization for tailored solutions.
  • Vacuum evaporation coating enhances performance in challenging environments.

Applications

Laser, Spectroscopy, Imaging

Specification Summary

ItemValue
MaterialZnSe
ShapePlate
SizeCustom
ThicknessCustom
Transmission bandsLWIR (8-14 μm), MWIR (3-5 μm), SWIR (1.7-3 μm)

Full Specifications

ParameterValue
Transmittanceother; 50±20
Customized SupportOEM, ODM

FAQ

Is custom sizing available?

Yes, the beamsplitter can be customized to fit specific optical imaging applications.

What is the minimum order quantity (MOQ)?

The MOQ is not specified, allowing flexibility for procurement.

Product inquiry

Request a quote

Share your application and target specifications. Optional optical details help clarify the request.

Optical requirements Optional
Optical requirements

We use these details to respond to your request. See our privacy notice.

More to explore

Related products

Not provided