- Home Page/
- Organic synthesis, Separation and Purification/
- EasyPhoS Economical Single-Station Photoreactor
EasyPhoS Economical Single-Station Photoreactor
Designed specifically for photochemical research and development. The INNOTEG EasyPhoS single-station photoreactor is an entry-level device designed for researchers in the field of photochemical experiments, enabling laboratories to efficiently conduct basic research on photocatalysis.

You can easily visit SmartLab Hub↗ for quick order!
SmartLab Hub is an intelligent platform for laboratory supplies around the world!
EasyPhoS Economical Single-Station Photoreactor
Video link via YouTube @INNOTEG Scientific↗
ADVANTAGES
- Modular design with complete functions. While retaining basic functions, the structure is simplified, reducing procurement and maintenance costs and meeting the needs of entry-level experiments.
- Compact structure, saving space. The overall size of the machine is reduced by about 40% compared to conventional equipment. It can be directly mounted on the platform of a standard magnetic stirrer to achieve synchronous operation of photoreaction and stirring.
- Transmission light source structure with patented technology. It breaks through the traditional open LED layout and uses a precision optical lens group to restrict light scattering, improving the concentration of the effective light irradiation area.
Features
- Integrated design. The main body and the light source system are highly integrated, supporting rapid installation and experiment start-up without the need for complex debugging.
- Innovative light source system. The closed light guide structure is combined with high-precision lenses. The transmission light source structure with patented technology ensures efficient light energy transfer and reduces energy loss.
- Flexible adaptation and compatibility. Widely compatible with magnetic stirrers. It is compatible with most brands of magnetic stirrers, allowing experimenters to directly expand functions on existing equipment.
- Plug-and-play operation. No additional debugging is required, and synchronous experiments of photoreaction and material stirring can be carried out quickly.
Application
- Photocatalysis research
- Organic synthesis reactions
- Photochemical experiments
- Organic chemical conversions
