Product Category7 products

Inverted Fluorescence Microscope

Inverted Fluorescence Microscope from Nanjing AMADA Instrument.

One-piece structure ensures mechanical stability and long-term alignment for live cell imaging

Infinity optical system ensures consistent image quality across all magnifications

Fixed 15″ per division reticle graduation remains unchanged across different lenses, ensuring consistent measurement reference

USB3.0 interface enables high-speed data transfer for real-time imaging and high frame rates

Compact size enables easy integration into existing microscope setups without structural modification

Auto focus with 0.01mm precision and configurable focus area for consistent imaging

Dual magnification options (0.7X and 1X) for flexible imaging across different sample types

Who this category serves

Biomedical research labs conducting live cell or fixed tissue fluorescence studies
Clinical laboratories performing immunofluorescence staining and diagnostic analysis
Academic institutions requiring reliable inverted fluorescence systems for teaching and experimentation

Inverted design enables observation of samples in culture dishes without interference from the base
Modular filter cube system allows flexible configuration for multiple fluorophores
Integrated LED illumination provides stable, low-heat excitation suitable for live cell imaging

What types of samples can be observed with this inverted fluorescence microscope?

Culture dishes, multi-well plates, and glass-bottom dishes used in live cell imaging and fixed sample analysis.

Are fluorescence filter cubes included or sold separately?

Filter cubes are sold separately and are compatible with standard cube holders on the microscope.

What illumination source is used for fluorescence excitation?

LED illumination is used for excitation, providing stable, low-heat output suitable for live cell imaging.

Can the microscope be connected to a digital camera?

Yes, the microscope supports camera integration via standard C-mount or USB interface options.

Is the focus mechanism suitable for long-term observation?

Yes, the coarse and fine focus controls are designed for stable, repeatable positioning during extended imaging sessions.