Image from AxioCam MRc5 brochure 48-0026
Sample courtesy of Ultivue, Inc. Cambridge, Massachusetts, USA
Use Case

Tissue Microscopy

Revolutionize tissue analysis with ZEISS microscopy. Achieve unparalleled clarity and speed in tissue imaging with advanced technology that ensures detailed, reproducible results. Elevate your research efficiency with ZEISS's high throughput capabilities.

 

Unlock Advanced Tissue Imaging Solutions

Enhancing Tissue Analysis

  • Tissue Microscopy
  • Tissue Microscopy
  • Tissue Microscopy
  • Tissue Microscopy
    Tissue Microscopy
    Courtesy of D. Bejarano, Life and Medical Sciences Institute (LIMES) of the University of Bonn, Germany
    Courtesy of D. Bejarano, Life and Medical Sciences Institute (LIMES) of the University of Bonn, Germany
  • Tissue Microscopy
    Tissue Microscopy
  • Tissue Microscopy
    Tissue Microscopy

Streamline Imaging with Superior Tech

Discover the future of tissue microscopy with ZEISS's cutting-edge solutions, designed for the demands of modern life sciences research. Tissue analysis requires precision, efficiency, and reproducibility, challenges that ZEISS microscopy addresses with its robust, innovative technologies. From high-speed whole slide imaging to integrated super-resolution capabilities, ZEISS instruments like the Axioscan 7 and GeminiSEM redefine what's possible in tissue examination. These systems facilitate a seamless, automated workflow, allowing researchers to scan multiple slides with exceptional detail, even in large brain and tissue sections. Moreover, ZEISS ZEN software enhances the setup and acquisition process, significantly reducing the setup time and increasing the throughput of your imaging projects. By incorporating AI Sample Finder and ZEN Connect software, ZEISS microscopes streamline the transition between different imaging modes and scales, from whole slide scans to ultra-resolution, ensuring every image is contextualized and precise. This integration of sophisticated hardware and software empowers researchers to explore new dimensions in tissue research, making it easier than ever to obtain high-quality, quantifiable data. With ZEISS, expect a leap in productivity and a transformation in your research outcomes, pushing the boundaries of what is achievable in tissue microscopy.

 

 

 

Complete your lab

with our new solution bundles

You can enhance your Tissue Microscopy Research with the following solutions

Microscopy & Tissue Research

Axioscan 7

axioscan-7-bio/axioscan-bio_stage.jpg

Your High-performance Slide Scanner for Fluorescence, Brightfield and Polarization

ZEISS offers a suite of high-performance microscopes and imaging systems tailored for tissue microscopy within model systems in life science research. With innovative products like the ZEISS Axioscan 7, LSM 900, and Lattice SIM 3, researchers can achieve exceptional detail and clarity across a wide range of applications, from whole slide imaging to ultra-resolution imaging of brain and tissue sections.ZEISS offers a suite of high-performance microscopes and imaging systems tailored for tissue microscopy within model systems in life science research. With innovative products like the ZEISS Axioscan 7, LSM 900, and Lattice SIM 3, researchers can achieve exceptional detail and clarity across a wide range of applications, from whole slide imaging to ultra-resolution imaging of brain and tissue sections. The ZEISS LSM 900 brings advanced confocal imaging to materials research, allowing for the detailed characterization of 3D microstructures without the need for multiple instruments.
Further enhancing the capability, the ZEISS LSM 980 with Airyscan 2 offers a unique confocal experience, optimizing the imaging of weak labels with low phototoxicity at high speeds, ideal for live cell imaging. For those requiring detailed sectioning capabilities, ZEISS Apotome 3 provides high-contrast images even from thicker specimens using structured illumination that relies on peer-reviewed algorithms, ensuring reliability and precision in capturing optical sections.

Model Systems in life Science Articles