Your Discovery, Our Tools
Robust, Repeatable Photocatalysis with M2
Your Discovery, Our Tools
Robust, Repeatable Photocatalysis with M2
Advanced Photoreactors for Photoredox Catalysis and Photocatalysis Research
Control light intensity, wavelength, temperature, and stirring in a single benchtop photoreactor designed for repeatable, standardized experiments.
Photoreactor m2 Applications Across Photoredox Catalysis and Photochemistry Research
Photoredox Catalysis
Control light, stirring, and temperature variables for reproducible synthetic chemistry workflows.
Reaction Screening
Run parallel vial-based reactions under consistent irradiation and mixing conditions.
Drug Discovery
Support small molecule research and reaction development with standardized photochemistry conditions.
Process Development
Compare reaction outcomes across controlled parameter sets during optimization of workflows.
Protein and Cell Labeling
Enable visible-light photocatalysis workflows that require controlled exposure conditions.
Materials Research
Provide consistent irradiation for material discovery, testing, and characterization.
m2 Versatility for Your Experiment Setup
Own an m2? Modular accessories add ease and versatility.
Science & Engineering Partner for Robust Systems
The Acceled m2 was inspired by the work of two brothers, one a Nobel-winning scientist working in catalysis, one an entrepreneur and engineer who designs robust and repeatable processes to solve complex problems. President Iain MacMillan innovates in photoreactor systems to address the core challenges of photochemistry experiments: inconsistent light exposure and uncontrolled conditions.
Acceled systems support reproducible, traceable outcomes across research environments.
- High-intensity, uniform illumination
- Defined reaction parameter control
- Designed for laboratory integration
- Used across pharma, academic, and research labs