Product Features

Full-Spectrum Light Source Coverage:

Offers deep UV (250~365 nm) and visible/near-infrared (365~975 nm) wavelengths to cater to a variety of photochemical reaction needs.

Can be adapted to different experimental requirements by choosing either the "A" model or the "V" model.

Intelligent Adjustment and User-Friendly Operation:

Light intensity can be precisely adjusted within a range of ±10 mW, with a minimum adjustment unit of 10 mW, ensuring accurate control of experimental conditions.

Its sleek design, one-button operation, and intelligent features greatly simplify experimental procedures.

Compatibility with Various Reaction Containers:

Compatible with NMR tubes, 5/10/20 mL reaction vials, and 25/50/100 mL reaction tubes, meeting diverse experimental needs.

Customization is available for other sizes of reaction containers, enhancing experimental flexibility.

Efficient Heat Dissipation and Stable Operation:

Equipped with an intelligent air-cooling system to maintain stable temperature during prolonged operation, thereby extending the instrument's lifespan.

Space-Saving and Portable:

Compact design saves experimental space.

With a body weight of only 3.1 kg, it is easy to move and carry, suitable for use in different laboratories or field environments.

Product Advantages

Flexibility:

Can be used independently as a single reactor or in conjunction with commonly used stirrers to instantly convert into a parallel photoreactor.

The optionally available multi-stirrer TS-D can be freely assembled, further enhancing experimental flexibility and efficiency.

Precision Control:

Through precise adjustment of light intensity and wavelength, it achieves precise control of photochemical reaction conditions, enhancing experimental accuracy and reliability.

Durability:

High-quality materials and exquisite craftsmanship ensure the instrument's durability and stability, extending its service life.

Versatility:

Applicable to various photochemical reaction research and applications, such as organic synthesis, photocatalysis, material modification, and other fields.