Motorized XY and Z-focus movement, filter cube and objective changes allow fully automated whole slide imaging and well plate scanning
Industrial reliability and proven long-term operation in high throughput environments ensure maximum up-time
Modules are easily combined and reconfigured to adapt as your needs change
Supports Zeiss, Nikon, Olympus, or Edmund Optics objective lenses
Built around Zaber's high-reliability motorized stages, the MVR is ideal for high-throughput imaging. With XY travel up to 305 x 305 mm and a variety of stage inserts available (sold separately), up to 6 microplates can be loaded at once, increasing walk-away time for large-batch scanning.
The MVR meets epifluorescence, reflected brightfield, and darkfield imaging needs. The optional MLT transmitted illuminator (pictured here) adds transmitted brightfield and phase contrast imaging capabilities. Third-party light engines are supported via an optional 3 mm liquid light guide adapter.
Motorized XY and Z-focus movement, filter cube and objective changes allow fully automated whole slide imaging and well plate scanning
Industrial reliability and proven long-term operation in high throughput environments ensure maximum up-time
Modules are easily combined and reconfigured to adapt as your needs change
Supports Zeiss, Nikon, Olympus, or Edmund Optics objective lenses
Built around Zaber's high-reliability motorized stages, the MVR is ideal for high-throughput imaging. With XY travel up to 305 x 305 mm and a variety of stage inserts available (sold separately), up to 6 microplates can be loaded at once, increasing walk-away time for large-batch scanning.
The MVR meets epifluorescence, reflected brightfield, and darkfield imaging needs. The optional MLT transmitted illuminator (pictured here) adds transmitted brightfield and phase contrast imaging capabilities. Third-party light engines are supported via an optional 3 mm liquid light guide adapter.
A complete set of interchangeable hardware modules and software tools for OEMs and lab managers to build customized fluorescence microscopes and optical subsystems.
