6
observational
Micro Solutions / Life Science
Motorized inverted microscope for living cells with six methods of observation

Motorized inverted microscope for living cells with six methods of observation
with sensor control and MvImage-Research software for fluorescence analysis
The Sunny IRX50 is a motorized inverted microscope for live cellular imaging in research and training labs. The platform supports six surveillance methods and is controlled from a touchpad, housing or computer, leaving the operator with only the experiment setup.
The IRX50 switches light field, fluorescence, dark field, phase contrast, relief phase contrast and DIC without manually changing optical units. Z-focus, lens revolver and light port switching are motorized, and fluorescent turret and brightness control are equipped with encoders for repeatable settings. current mode and state of the system, and the tube with adjustable landing is adjusted to the operator.
The manufacturer describes the IRX50 as an electron microscope with motorized Z focus, motorized lens revolver and light port switching, encoder fluorescent turrets and brightness adjustment. Supports light field, fluorescence, dark field, phase contrast, relief phase contrast and DIC. MvImage-Research 3.0 performs fluorescence intensity analysis, real-time depth of field expansion and automatic, automatic image crosslinking and automatic Z-stack collection. Numerical parameters of lenses, eyepieces and subject tables in the manufacturer's open materials are not published, so the card is not included.
observational
focus
front-panel
| Monitoring methods | light field, fluorescence, dark field, phase contrast, relief phase contrast, DIC |
|---|---|
| Observation head. | tub |
| Indication | front-mounted |
| Focus on Z | motorized, autofocused |
|---|---|
| Lens revolver | motorized |
| Light ports | motor-shift |
| Fluorescent turret | encoder |
| Brightness adjustment | encoder |
| Software | MvImage-Research 3.0 |
|---|---|
| Functions | analysis of fluorescence intensity, expansion of depth of field (in real time and automatically), automatic crosslinking of images, automatic collection of Z-stacks |