The AS1 Single-Station Photochemical Reactor from Shanghai 3S Technology is a full-spectrum photocatalytic reactor featuring the following core characteristics:

Working Principle

Based on the fundamental principles of photochemical reactions, this device activates reactants by irradiating them with light sources of specific wavelengths. Molecules absorb photons, transition from the ground state to the excited state, and initiate chemical reactions. The system integrates uniformly distributed light sources and magnetic stirring to ensure thorough exposure and mixing of reactants.

Functional Components

Light Source System:

Broad wavelength range: 250–975 nm (full-spectrum coverage)

Over 100 light source options for precise selection

Reaction Unit:

Compatible with NMR tubes and reaction tubes/bottles (5–100 mL)

Customizable sizes available

Control System:

Electrical power control precision: 10 mW

Light intensity up to 1000 mW/cm²

Auxiliary System:

External magnetic stirrer (300–1500 rpm)

Air-cooling temperature control

Key Features and Advantages

Full-Spectrum Coverage:

250–975 nm wavelength range, overcoming technical challenges in the deep ultraviolet range (250–360 nm).

Precise Control:

Light power adjustable with 10 mW precision; light decay<5% per year, ensuring long-term stability.

Flexible Adaptability:

Operates on standard stirrers; supports parallel experiments with multiple units.

Wide Application:

Suitable for pharmaceutical synthesis, materials science, fragrance production, and reaction mechanism studies.

Modular Design:

Interchangeable light source modules for easy maintenance and upgrades.

This advanced platform provides precise, stable, and efficient support for photochemical reaction research in chemistry, environmental science, and life sciences.