1. Product Overview

The only instrument in the world with UV-MWIR (220-5200 nm) polarization measurement capability, a unique opportunity to gain in-depth insights into the real performance of optical coatings.

The PHOTON RT UV-VIS-MWIR scanning spectrophotometer is designed for unattended measurements of coated optical samples. The instrument is available in six configurations relative to the effective wavelength range - from 185 nm to 5200 nm.

The Durable UV-Vis Spectrophotometer is a high-precision optical instrument designed for measuring light absorption and transmission across ultraviolet (UV) and visible (Vis) wavelengths. Built for accuracy and longevity, it is widely used in laboratories, industrial settings, and research facilities for quantitative and qualitative analysis of samples.

2. Key Features
High Optical Performance:

Wide wavelength range (typically 190–1100 nm) for versatile applications.

High resolution and accuracy with low stray light interference.

Durable & Robust Construction:

Made with high-quality materials to withstand frequent use in demanding environments.

Resistant to dust, humidity, and minor impacts.

User-Friendly Interface:

Intuitive touchscreen or software control for easy operation.

Pre-programmed methods for common tests (e.g., concentration analysis, kinetics).

Advanced Detection System:

High-sensitivity photodetector for precise absorbance/transmittance measurements.

Dual-beam or single-beam configurations available for different needs.

Connectivity & Data Management:

USB/Bluetooth/Wi-Fi support for data transfer and remote monitoring.

Compatible with lab software for automated analysis and reporting.

Long-Term Stability & Low Maintenance:

Calibration stability reduces frequent recalibration needs.

Energy-efficient design with extended lamp life.

3. Applications
Pharmaceutical & Biomedical Research:

Drug purity testing, nucleic acid/protein quantification (e.g., DNA/RNA analysis).

Environmental Monitoring:

Water quality testing (e.g., nitrate, phosphate detection).

Chemical & Material Science:

Concentration measurements, reaction kinetics, and catalyst studies.

Food & Beverage Industry:

Quality control (e.g., checking additives, colorants, or contaminants).

Academic & Industrial Labs:

Teaching, research, and routine analytical procedures.

Forensics & Toxicology:

Substance identification and sample analysis.