Expanded wavelength options elevate precision and repeatability

Acceled LLC has announced a major update to its acclaimed Photoreactor m2, introducing six new standardized wavelength options to empower researchers working in photoredox catalysis. The updated model now supports 500nm, 530nm, 588nm, 615nm, 633nm, and 660nm, in addition to its existing configurations—delivering even greater control and repeatability for chemical synthesis.

Engineered for high-performance benchtop applications, the Photoreactor m2 is designed to streamline photochemical workflows through modular construction and customizable parameters such as temperature, light intensity, and stir rate. These features make it an indispensable tool for laboratories focused on reproducible, light-intensive reactions in fields such as drug discovery, proteomics, and materials science.

Key Features of the Photoreactor m2

• Now includes 6 additional standardized wavelengths (500–660nm)

• High-intensity light output for efficient photoredox reactions

• Modular design enhances scalability and customization

• Fully adjustable temperature, light intensity, and stir rate

• Built for repeatability, traceability, and experiment standardization

The addition of new wavelengths enhances the Photoreactor m2’s adaptability across a broader range of experimental protocols, allowing scientists to maintain cost-efficiency while optimizing for specific photochemical requirements.