Lens-Type Diffuse Reflection Attachment - OPREX-DRS scientific laboratory equipment
OPREX-DRS

Lens-Type Diffuse Reflection Attachment

High-sensitivity diffuse reflection attachment with biconvex lens design for FTIR and UV-Vis.

Original biconvex lens diffuse reflection design with fixed
Optical Design
Up to 62° collection cone angle
Signal Collection Angle
Designed for FTIR and UV-Vis spectrometers with appropriate interface
Compatibility

Product Introduction

The OPREX-DRS is a diffuse reflection attachment for FTIR and UV-Vis spectrometers that uses a proprietary biconvex lens optical path to address weak signal and complex alignment issues common to traditional accessories. The mirrors and lenses are precisely calculated, positioned, and fixed with a shock-resistant design to ensure long-term optical stability. A large 62° signal collection cone angle significantly enhances diffuse signal collection efficiency, while an opposed-window layout allows reflectance measurements of 2D planar materials. This accessory delivers stronger signals, easier operation, and a wider range of application scenarios, making it a powerful tool for catalytic in situ characterization and optical property studies.

Product Features

High Signal Strength

Provides more than 3× signal intensity compared to conventional integrating sphere accessories, with very high S/N.

Alignment-Free Operation

Factory-aligned optical components eliminate the need for tedious on-site optical adjustment.

Broad Application Range

Supports catalytic in situ DRS studies and reflectance measurements of 2D planar materials via opposed-window geometry.

Technical Specifications

Model Number
OPREX-DRS
Optical Design
Original biconvex lens diffuse reflection design with fixed, shock-resistant optics
Signal Collection Angle
Up to 62° collection cone angle
Compatibility
Designed for FTIR and UV-Vis spectrometers with appropriate interface

Ready to Enhance Your Research?

Contact our team to discuss your specific requirements and receive a customized quote for the Lens-Type Diffuse Reflection Attachment.