ZEISS Axio Imager scan

ZEISS Axio Imager scan​

Automated acquisition and advanced data analyses for high-throughput screening applications​

Equip yourself with automated imaging acquisition tools and AI-powered software analyses to break through previous experimental barriers that come with manual imaging and analysis workflows. ZEISS Axio Imager scan was designed to increase the efficiency of your large-scale data collection workflows. Selected hardware and software components create a streamlined process from acquisition to evaluation of relevant data for your research needs.

  • Automatic multi-color imaging of large tissue sections
  • High-throughput imaging of slides
  • Drug screenings or genetic screens

Bundle components​

  • Microscope

    • Axio Imager 2 (upright widefield microscope stand)​
    • Scanning stage 130 × 100​
    • Motorized condenser NA 0.9
    • Apotome 3

    Light source / camera

    • Viluma 7
    • Filter sets 38, 43, 50, 70, 96​
    • Axiocam 305 color
    • Axiocam 820 mono

    Objectives

    • EC Plan-Neofluar 5× / 0.16​
    • Plan-Apochromat 10× / 0.45 , 20× / 0.8​
    • LD LCI PApo 40× / 0.95 Corr

    Workstation

    • Z8 Workstation with 128 GB RAM and nVidia Quadro RTX A4000 16 GB DP
  • Motorized Acquisition​

    Acquire images and control motorized components in multi-dimensional experiments.​

    Smart Acquisition​

    Create flexible and intelligent image acquisitions workflows with the Experiment Designer, Guided Acquisition and Experiment Feedback tools.​

    2D Toolkit​

    Create flexible automatic measurement programs for the analysis of your 2D images.​

    AI Toolkit​

    Make use of powerful AI tools. With this package, you can train AI models for various applications.​

ZEISS Axio Observer scan

Looking for an inverted microscope configuration?​

This widefield bundle for screening applications can also be configured based on the inverted microscope ZEISS Axio Observer 7.

Example applications

  • Human tonsil tissue stained with anti-CD68 antibody (FastRed, red) to identify macrophages and hematoxylin counterstain
  • Tissue microarray of 13 tissue stamps was screened using the following set of markers for tumor analysis: panCK (FITC), CD3 (TRITC), PD-L1 (Cy5), CD68 (Cy7), and DNA (DAPI).
  • Mouse tissue section of sciatic nerves labeled for axons (green) and Schwann cells (magenta), nuclei with DAPI (blue).
  • Human tonsil tissue stained with anti-CD68 antibody (FastRed, red) to identify macrophages and hematoxylin counterstain

    Human tonsil tissue stained with anti-CD68 antibody (FastRed, red) to identify macrophages and hematoxylin counterstain.

  • Tissue microarray of 13 tissue stamps was screened using the following set of markers for tumor analysis: panCK (FITC), CD3 (TRITC), PD-L1 (Cy5), CD68 (Cy7), and DNA (DAPI).

    Tissue microarray of 13 tissue stamps was screened using the following set of markers for tumor analysis: panCK (FITC), CD3 (TRITC), PD-L1 (Cy5), CD68 (Cy7), and DNA (DAPI).

  • Mouse tissue section of sciatic nerves labeled for axons (green) and Schwann cells (magenta), nuclei with DAPI (blue).
    Morrison Lab, Leibniz Institute on Aging – Fritz Lipmann Institue (FLI), Jena, Germany.

    Mouse tissue section of sciatic nerves labeled for axons (green) and Schwann cells (magenta), nuclei with DAPI (blue). Nerve regeneration was evaluated in a disease model of neurofibromatosis type 2 (NF2).

Downloads

  • ZEISS Microscope Bundle for Screening Applications

    Fast acquisition and evaluation of large areas

    425 KB


Visit the ZEISS Download Center for available translations and further manuals.

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