Revolution Multifunctional fluorescence microscopic imaging system

The Automated Microscope for Life Science Research

The ultimate solution for routine laboratory microscopic observation, intelligent and universal microscope

The ultimate solution for routine laboratory microscopic observation, the microscope is an essential tool for exploration and research. However, most systems on the market today are overly complex and highly application-specific. Revolution's inverted and electric intelligent microscopy system can adapt to a variety of observation needs. Its unique, intelligent inverted design provides you with better capabilities than other widefield microscopes. It has automated brightfield, phase contrast, fluorescence, polarized light and other observation modes, and is compatible with live cell observation, pathology sections, immunohistochemistry, immunofluorescence, fluorescence in situ hybridization, etc. Intelligent and universal microscope

It has powerful functions, simple interface and easy operation, allowing users to get started easily.

From observation to recording, everything can be done in a few seconds, touch screen operation, what you see is what you get, making it easier than ever to use a microscope.

Integrated system, no external controller, data cable or power supply

Built-in data cable, controller and power supply, the connection is tight and stable, effectively eliminating clutter.
The microscope X, Y, and Z-axis adjustment methods can be freely selected by touch screen, mouse, and joystick.

Excellent optical performance

Revolution uses world-class optics combined with an ultra-high-resolution display for unparalleled clarity.

Designed for advanced scientific exploration

Automated brightfield, fluorescence, and phase contrast observation

Live cell imaging: Observe and track live cell samples through automatic time-lapse photography.

Live cell culture device: Provide suitable conditions for the growth of live cells

Multi-channel: Capture and overlay multi-wavelength spectra in fluorescence.

Focus Map：Multiple acquisition points can be set for observation and revisiting.

HyperScan：High-speed image integration.

Multi-Point：Obtain large-field, high-resolution images through capture and stitching.

Z-Stacking：Acquire and overlay multiple focal plane images.

Auto Focus：Automatic acquisition to obtain the best z-plane focus.

The microscope X, Y, and Z-axis adjustment methods can be freely selected by touch screen, mouse, and joystick.