Pushing the Boundaries in Cancer Research

Leverage ZEISS technologies like Axioscan, Celldiscoverer 7, and arivis with end-to-end workflows to identify targets faster, improve screening efficiency, and accelerate your pre-clinical and clinical trial.

Work with our team of scientists, specialists, and service engineers who bring deep technical knowledge to help design experiments, optimize workflows, and ensure maximum uptime.

Boost efficiency and streamline workflows for your lab’s unique needs, including automated slide scanning, multi-well plate screening, AI based analysis, and customized software designs.

Partner with ZEISS to access proven tools and expertise that help you generate high-quality results faster, secure funding with credible data, and expand your research from proof-of-concept to real-world impact.

Deep brain imaging provides high-resolution images of neural structures, allowing scientists like you to analyze the morphology and organization of neurons, glial cells, and synapses. This detailed visualization aids in understanding the physical layout of neural circuits.

ZEISS Lattice SIM 3 is specifically designed to meet the imaging requirements of multicellular organisms and tissue sections. This system exploits the full potential of the SIM Apotome technology: fast optical sectioning at superior quality, large fields of view with access to smaller regions of interest, near-isotropic resolution, and the gentlest super-resolution imaging possible.Update

Lightsheet 7 is designed to match all these conditions. Image specimens at up to 2 cm in size at any refractive index between 1.33 and 1.58, and in almost all clearing solutions. Acquire overview images and data with subcellular resolution – whether you work with optically cleared organoids, spheroids, organs, brains or other specimens.

Observing live samples over a number of days or imaging lots of multiwell plates really puts your microscope through its paces. To get reproducible, unbiased data, you must control environmental conditions such as light, temperature, CO2 etc. That’s why Celldiscoverer 7 brings you a unique combination of a stable box, darkroom and integrated inverted research microscope with optional incubation. It simplifies your laboratory setup and makes work more comfortable

Optical sectioning with ZEISS Apotome 3 allows you to efficiently minimize out-of-focus light. Create crisp images and 3D renderings, even of thicker specimen, while your microscope remains just as easy to operate as always. Go one step further with Apotome Plus and achieve confocal-like image quality with your widefield microscope.

Deep brain imaging provides high-resolution images of neural structures, allowing scientists like you to analyze the morphology and organization of neurons, glial cells, and synapses. This detailed visualization aids in understanding the physical layout of neural circuits.

Overcome critical challenges with resolution limitations, and enable the visualization of synaptic components at the nanoscale through super-resolution methods. These limitations are lifted by adding processing techniques to see more activity than ever before.

To accurately map the intricate connections between neurons, the technique of multi-view imaging allows for the simultaneous capture of data from multiple angles, thereby enhancing the three-dimensional reconstruction of neural circuits for research.

See more in real-time and acheive the ability to identify critical changes in cell behavior and morphology. Thereby gaining deeper understanding of neurodegenerative diseases and visualizing cellular processes and interactions that contribute to disease progression.

Enhanced optical sectioning capabilities can minimize out-of-focus light, allowing for clearer visualization of these cells in their native environment. This precision enables scientists to investigate the complex interactions between glial cells and neurons, leading to a better understanding of their contributions to brain function and pathology.