Our benchtop Electron Paramagnetic Resonance (EPR) spectrometer provides a powerful, non-destructive technique for detecting and characterizing paramagnetic species by measuring the resonance of unpaired electron spins in a magnetic field.

The system supports a broad range of experimental conditions through dedicated modules for variable-temperature measurements (94–473 K), light-source excitation, electrochemical studies, and continuous-flow experiments.

These capabilities enable investigation of reaction mechanisms, radical and reactive intermediate formation, transition-metal centers, redox processes, photocatalysis, electrocatalysis, and temperature-dependent reaction kinetics. Its flexible modular configuration makes EPR accessible for both fundamental research and real-time monitoring of chemical, catalytic, biological, and materials processes.