Modular design facilitates user upgrades or modifications to the microscope's optical path

Equipped with a trinocular tube for visual observation or detector imaging

Camera connection port compatible with C-Mount cameras

Wide Field Laser Scanning Imaging

Compatible with Multiple Light Sources

Flexible Configuration Options

High-resolution imaging

Image processing and analysis

Meeting the needs of scientific research, teaching, life sciences, and other fields

Modular Open Optical Path

Suitable for classroom teaching and experiments

Open algorithms, strong visualization

Generation and Correction of Aberrations

Modular Open Optical Path

Suitable for all undergraduate courses including optical aberrations

3D Imaging Technology

Easy to assemble and use

Suitable for teaching, experiments, and classrooms

Structured light illumination imaging, high spatiotemporal resolution

Compact structure, modular design

High cost-performance ratio

Modular Open Optical Rail

Suitable for all undergraduate courses in optical microscopy systems

Covers optical properties, imaging techniques, and microscope design

Using a Mach-Zehnder optical path, the signal light and reference light interfere to form fringes

Photorefractive crystal medium records the interference fringe pattern information

Through a 4f system, angle multiplexing storage is achieved at different angles

Using Mach-Zehnder interferometer with Fourier lens for spectral transformation

Expandable to related experiments, such as 3D display of correlation peaks

Image recognition, optical image encryption