Sample courtesy of Udo Onwubiko, University of North Carolina, Chapel Hill

Accelerate your speed to results

Powerful, Versatile, Scalable

ZEISS Microscopy Image Analysis Software Solutions

Are you getting the insights you need from your image analysis software? As your lab and data grow, will your current tools evolve with you? Accelerate your time to results, incorporate AI, and tackle new challenges with the ZEISS arivis portfolio. Our tools are designed to support your journey regardless of what instrumentation you use: ZEISS or another brand, confocal, lightsheet, high content, high throughput, EM and more!

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Flexible Tools & Operators

Seamlessly build one-click pipelines.
Rich AI Availability

Pretrained, customizable, open-source (integrated Cellpose), or DIY.
Big data-friendly

Capable of importing most file formats.
Scales Effortlessly

Analyze 2D, 3D, and 4D datasets of virtually any size.
Reproducible, Quantitative Results

Standardize analysis across datasets and teams with repeatable pipelines.
Seamless Integration & Collaboration

Connect cloud, desktop, and high-throughput environments to share data, models, and workflows.

Flexible, Scalable Workflows to Get the Answers You Need

At ZEISS, we provide a comprehensive range of software solutions for microscopy image analysis. Our portfolio covers everything from basic measurements to advanced assays, and all options can be integrated with AI technology if desired. With our user-friendly tools, defining your analysis task and identifying what you want to discover is now within reach.

Sample courtesy of Julia Mack, PI at UCLA Mack lab
Cell Biology
Examining cells in culture, microorganisms, model organisms or whole mammalian systems, we can help you study static and dynamic processes such as:

Morphology and structure
Differentiation and development
Interactions with surroundings
Tracking particles and structures
Effects of drugs or treatments
Subcellular localization
Gene expression
Sanple courtesy of Aroshini Nugawela, Department of Biomedical and Life Sciences, Lancaster University, UK.
Cancer Research
Build on the basic cell biology component when studying spheroids, tumeroids, or organoids, zenografts or model systems to analyze:

Tumor growth and metastasis
Tumor microenvironment
Spatial organization of cells in tumors or organoids
Proliferation rates
Protein expression levels and distribution
Sample courtesy of Caitlyn Mahony, University of Cape Town, Western Cape South Africa
Neuroscience
From whole cleared tissue to slices or neuronal cultures, learn more about:

Tracing Neuronal Pathways
Mapping Connections
Morphology and structure of dendrites, axons, synapses, spines, and more
Distribution of proteins and cellular structures in brain tissue
Sample courtesy of Dr. Martin Engle, Invetia Life Sciences.
Biotech/Pharma
Scalable solutions in your field of research with arivis Hub:

Leverage analysis performed on a single data set to run bulk parallelized processing
Register and browse image collections, experiments, and results from anywhere
Manage access for users and groups
Import and archive original datasets
Flexible pricing for throughput bursts
Increase efficiency with scalable computation

Discover Image Analysis Possibilities with ZEISS

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