openUC2 x Edmund Optics Epi-Fluoresence Microscope
openUC2 x Edmund Optics: Epi-Fluoresence Microscope
The Epi-Fluoresence Microscope is a modular imaging system developed in collaboration between openUC2 and Edmund Optics, combining the strengths of open-source cube-based hardware and high-quality commercial optics. Designed for flexibility and performance, this setup allows users to perform both epi-fluorescence and transmission brightfield imaging in a compact and accessible format. The system leverages openUC2’s modular electronics and cube-based design with carefully selected Edmund Optics components to deliver high-quality microscopy in teaching, prototyping, or research environments.
Included Components
In Cubes
- Dichroic Beamsplitter Cube
-
High power LED Cube with heatsink
-
Lens Holder Cubes for:
- 25mm Aspherical Collimation Lens
- 120mm Focus Lens
- Mirror Cube
Additional Accessories
- 100mm CCTV Lens
- Sample Holder
Electronics & Light Sources
-
Transmission LED Array
- High Power LED (488nm)
- Motorized Z-Stage
- Control Board(openUC2-compatible)
- USB-micro Cable
- 12V Power Supply
- PS4 controller
Alternative LED wavelength
- 405nm
- 532nm
- 638nm
Note: Optical components from Edmund Optics are not included and must be purchased separately.
Features and Applications
- ESP32 Microcontroller: Runs the UC2-eSP firmware for seamless integration with Python, JavaScript, and other programming interfaces.
- Precision Automation: Achieve sub-micron accuracy with the Z-stage, enabling advanced tasks like autofocus by capturing contrast curves.
- Remote Control: Use the PS4 controller for intuitive, wireless operation of the microscope.
- LED Array: Test and experiment with digital contrast techniques, such as differential phase contrast (DPC).
- Software Integration: Quickly integrate the electronics into the Python-based ImSwitch software for advanced control and imaging.
- Epi-Fluorescence Imaging: Simple and fast setup for hands-on understanding of fluorescence imaging principles.
Applications
Perfect for teaching labs, rapid optical prototyping, or research in bioimaging and material science. The EpiTransScope supports imaging of fluorescent markers (488 nm excitation) alongside transmission imaging, making it a powerful and versatile tool for microscopy enthusiasts and professionals alike.
