Multiplex Imaging Solutions

Expand Your Spectral Range

Expanding your spectral range into the NIR allows you to use more labels in parallel. Visualize additional structures with more dyes in your multi-color experiments, with the Quasar and NIR detectors efficiently supporting spectral multiplexing experiments. NIR fluorescent labels are less phototoxic for living samples due to the longer wavelength. This allows you to investigate living samples for longer periods of time while limiting the influence of light. Additionally, light of longer wavelength ranges is less scattered by the sample tissue, increasing penetration depth.

For any of the advantages you pursue with NIR labels, the dual-channel NIR detector combines two different detector technologies (extended red GaAsP and GaAs) for optimal sensitivity up to 900 nm.

• Increased Spectral Range
  Unravel the complex interactions in spatial biology.
• Increased Depth Penetration
  Increase your depth information with emerging NIR dye technology for live animal imaging.
• Less Phototoxicity
  Image your samples more gently and/or for longer periods of time.

Speed, gentle treatment and the optimal wavelength are critical when it comes to multispectral fluorescence imaging. Axioscan 7 employs swift and reproducible LED illumination, fast filter wheels, and a sophisticated filter concept to efficiently separate a broad range of fluorescence channels.

• Shortest possible exposure times for maximum specimen protection
• Fast switching between up to 9 fluorescence channels
• Perfect spectral separation for advanced fluorescence multiplexing applications
• Unparalleled information density without compromising data quality

Let  Smart Setup  guide you through the experiment design and watch  AI Sample Finder  automatically find your sample region. Even with low-contrast samples, you will quickly obtain an overview image to access relevant regions with just a click. Reduce the time to image from minutes to just seconds and start your experiment right away. Use  ZEN Connect  to catalog, correlate, and navigate, keeping it all together even across different microscopes.