The Electrochemical Luminescence Microscope is an innovative analytical instrument that combines electrochemical functionality with high-resolution microscopic imaging to detect and visualize electrochemical luminescence (ECL) signals. Designed for precision research, it enables single-cell, single-particle, tissue slice, and biochip analysis, revealing biomolecular distributions and electrocatalytic behaviors with exceptional clarity.

Its integrated design minimizes external light interference, while the light-proof enclosure eliminates the need for a darkroom—making it ideal for laboratories with space or environmental constraints. The system supports multiple voltage modes, enhancing signal efficiency and experimental flexibility. Equipped with high-sensitivity optics, the microscope achieves single-photon collection capability and sub-electron readout noise, ensuring accurate detection of even the weakest luminescent signals.