Photo Reactor
Reactor System

Photo Reactor

The Photo Reactor is an advanced photochemical reaction platform designed for precise light-driven synthesis, photocatalysis research, photoredox chemistry, material development, and reaction optimization. Engineered to provide highly controlled irradiation conditions, the system enables researchers to investigate and scale photochemical processes with exceptional reproducibility, efficiency, and process control.

Utilizing high-performance LED irradiation technology, intelligent reaction management, and uniform light distribution, the reactor supports a broad range of photochemical applications across academic, industrial, and government research laboratories. The system can accommodate multiple reaction vessels simultaneously, allowing efficient screening, optimization, and parallel experimentation for accelerated research workflows.

The platform integrates advanced control features including adjustable light intensity, temperature regulation, reaction timing, and real-time process monitoring. A modern touchscreen interface provides intuitive operation while enabling precise control of critical experimental parameters. The enclosed reaction chamber ensures uniform irradiation conditions, enhanced operator safety, and consistent experimental performance.

Suitable for pharmaceutical research, organic synthesis, photocatalysis, environmental chemistry, materials science, energy research, biotechnology, universities, research institutes, and industrial R&D facilities, the Photo Reactor delivers a powerful and flexible solution for modern photochemistry applications, reaction development, process optimization, and advanced scientific investigations.

Capabilities

Key Features

High-performance LED photochemical reaction technology.
Uniform irradiation for consistent and reproducible results.
Multi-position reaction capability for parallel experimentation.
Adjustable light intensity and exposure control.
Suitable for photocatalysis, photoredox chemistry, and advanced synthesis.
Integrated temperature control and reaction monitoring.
Intelligent touchscreen-based operation and workflow management.
Real-time monitoring of critical process parameters.
High-efficiency LED light source with long operational life.
Flexible reaction vessel compatibility.
Enclosed chamber design for enhanced safety and light containment.
Excellent irradiation homogeneity across reaction positions.
Programmable reaction sequences and automation features.
Advanced data logging and reporting capabilities.
Ideal for pharmaceutical, chemical, materials science, energy, and academic research applications.

Technical Data

Specifications

ParameterValue
Instrument TypePhoto Reactor
Light SourceHigh-Power LED Array
Wavelength Options365, 385, 405, 450, 520 & 660 nm
Light Intensity Control0 – 100% Adjustable
Irradiation PowerUp to 1000 W
Reaction Positions1 – 24 Positions
Reactor Vessel Compatibility2 mL – 500 mL
Temperature Control Range-10°C to 80°C
Temperature Stability±0.5°C
Irradiation Uniformity≥90%
Control InterfaceIntegrated Touchscreen System
Process MonitoringTemperature, Time & Light Intensity
Data LoggingReal-Time Experiment Recording
Safety FeaturesDoor Interlock & Over-Temperature Protection
Communication InterfaceUSB / Ethernet

Inquiry

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Photo Reactor?

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Custom configurations available
Volume pricing & institutional discounts
Installation & training included
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