Lightfield 4D is instant volumetric imaging at high speed. Acquire comprehensive 3D information with a single snap. Capture the fastest movements within whole organisms at up to 80 volumes per second – with all spatiotemporal information. Crawling larvae, beating hearts, flowing blood, and firing neurons can be studied in 3D at unprecedented speed. Unravel the secrets of life.

One Snap. One Volume.

Turn complexity into clarity with ZEISS solutions for spatial biology. Seamlessly integrate scalable, multiplexed spatial profiling into your workflows. Accelerate insights and transform the understanding of cellular systems in pathology.

Tailored Precision for Spatial Biology and Clinical Excellence.

Life sciences research is driven by constant discovery and evolving questions. With ZEISS Axio Observer, you have a flexible inverted microscope platform designed to adapt to your needs and support demanding multimodal imaging of both living and fixed specimens. Combine Axio Observer with a wide range of advanced technologies and tailor it precisely to your experiments—empowering you to explore new possibilities with confidence.

Your AI-Enhanced Imaging System for Life Sciences .

Unlock the full value of complex microscopy datasets. Designed to handle large, multi-dimensional data across multiple file formats, the ZEISS arivis ecosystem optimizes computing resources and storage while enabling easy AI model training, integration, and scalable automation - delivering fast, reliable, and reproducible image analysis results.

Enterprise Software Solutions for Microscopy Data.

This smart inverted microscope is your ideal choice if it comes to automated workflows and precise, multidimensional imaging for basic research assays and experiments. From mammalian cells or microorganisms to 3D tissue, animal or plant. Discover fast time to image in action. Focus on your sample, press Snap, and instantly save crisp images of your cell or tissue cultures.
Join our live demo to see just how quickly multichannel fluorescence images are captured, overlaid, and saved with full scaling metadata.