ZEISS Labscope
Software for basic viewing, capturing, and measuring. Easy to use, supporting WiFi connectivity for teaching and daily tasks.
Download LabscopeComprehensive ZEISS microscope portfolio covering Stereo, Widefield, Confocal, Super-Resolution, SEM, and X-ray Microscopy—from classrooms to world-class research.
Complete range of widefield microscopes: Upright for slide specimen inspection and Inverted for cell culture and live cell imaging, with optional optical sectioning.
Upright Microscopes
A microscope for secondary and higher education. Durable metal frame, simple to operate, with an LED brightness indicator on both sides so teachers can check every student's microscope from a distance.
An advanced model supporting multiple contrast techniques — BF, DF, PH, POL and FL (Full-Köhler). Connects to Axiocam for on-screen demonstration, with an optional FL upgrade (iLED) for fluorescence work, including TB detection.
Microscopes for routine daily work and clinical laboratories. Smart system for easy setup, supporting both biology and materials with an LED display.
Versatile research microscope supporting multiple contrast methods (BF, DF, DIC, Fluorescence, Pol), customizable for biology and materials science.
Upright platform for materials microscopy, supporting automation, reflected light, and high-end fluorescence imaging.
Upright research platform for biology workflows, high-resolution fluorescence documentation, scanning acquisition and structured imaging with Apotome-style sectioning.
Upright microscopes for neuroscience, electrophysiology, and in vivo imaging, available in A1 and Z1 models for specialized research.
Inverted Microscopes
Inverted microscopes for general cell culture. Quickly inspect live cells in flasks and culture dishes, with a Digital model featuring an integrated camera.
Supports phase contrast, fluorescence, and brightfield for biology and materials. The Axiovert 5 Digital offers all-in-one cell imaging without a computer.
Integrated inverted digital system for cell imaging, ideal for routine cell inspections, image capture, and convenient on-screen operation.
Inverted microscope for automation and high-content imaging, supporting motorized stages, timelapse, and multi-position experiments in life sciences.
Inverted microscope for materials labs, ideal for inspecting large specimens and industrial applications requiring reflected light workflows.
Inverted platform for life science research and live cell imaging, scalable from versions 3, 5, to 7.
Inverted platform for materials labs with motorized options, reflected-light observation and a stable stage workflow for larger industrial samples.
Key technology
Stereo and zoom microscopes for 3D inspection, large specimens, electronics QC, biology, and large-field fluorescence imaging.
Compact stereo microscope (8x–35x) ideal for classrooms, basic QC, and general inspection. Lightweight and portable.
Greenough zoom 8:1 stereo microscope with sharp images and long working distance, perfect for electronics QC, biology preparation, and medium specimen inspection.
Research-grade modular stereo microscope (zoom 8:1) with customizable illumination, stand, and camera. Ideal for biology, paleontology, neuroscience, and microsurgery.
Motorized 12:1 zoom controlled via ZEN software, ideal for large documentation requiring high reproducibility, supporting fluorescence illumination.
Top-tier modular stereo microscope (motorized 20:1 zoom), offering the highest resolution and field size in the series. Perfect for flexible research in biology and materials.
Zoom microscope platform for large biological samples, fluorescence overview imaging and Apotome-style optical sectioning with camera-based documentation.
ZEISS confocal microscopes for advanced biology. Airyscan detectors surpass the diffraction limit, alongside spectral multiplex models for simultaneous multi-fluorophore imaging.
Confocal Microscopes
Flagship confocal microscope with Airyscan 2 detector, offering 1.7x better resolution than the diffraction limit and 8x faster speed, perfect for high-res live cell imaging.
Spectral confocal microscope for precise simultaneous imaging of multiple fluorophores, ideal for multi-color live imaging and FRET.
Laser scanning confocal for materials science, surface structure inspection and reflected-light workflows on opaque industrial samples.
Key technology
Airyscan 2 add-on module for LSM confocals, increasing resolution and speed using a 32-element detector array instead of a single PMT.
Lightfield 4D add-on for LSM 910, enabling rapid, low-phototoxicity 3D time-lapse (x, y, z, t) imaging in live samples.
ZEISS super-resolution microscopes for molecular research beyond the diffraction limit, delivering sub-100 nm resolution for live and fixed samples.
Lattice SIM super-resolution microscope for fast 3D SR live cell imaging, reducing phototoxicity for long-term observation.
High-end SIM microscope supporting 5 simultaneous colors with the highest throughput in the series, ideal for high-speed multi-color SR imaging.
Multi-mode super-resolution platform featuring SIM², TIRF, PALM/STORM, and 3D PALM/STORM in one system, offering maximum laboratory flexibility.
Light sheet fluorescence microscopy for fast, gentle 3D imaging of living cells, model organisms, tissues and cleared specimens.
Lattice light sheet imaging for live cells at subcellular resolution, with gentle volumetric imaging over hours or days and standard sample carriers.
LSFM platform for fast and gentle imaging of model organisms, tissues and optically cleared specimens up to large sample sizes.
ZEISS optical microscopes for research, laboratories, and industry.
Automated slide scanner for digital pathology and research, offering high-resolution automated scanning in brightfield, fluorescence, and multi-channel.
Automated live cell imaging system with incubation control for long-term observation, supporting CO₂/temperature control for time-lapse and high-content imaging.
ZEISS digital microscopes for 2D/3D inspection, surface analysis, extended depth of field and routine QA/QC workflows.
Compact all-in-one digital microscope for optical inspection with 4K live images at 60 FPS, autofocus and an integrated computer workflow.
Smart digital microscope for QA/QC, routine inspection and failure analysis with automated workflow support and repeatable documentation.
Digital microscope with MALS technology for real-time extended depth of field, reducing refocus and post-processing during inspection.
ZEISS electron microscopes for structural analysis, nanomaterials, and semiconductors.
Versatile tungsten filament SEM for QA/QC, materials inspection, and routine imaging.
Field Emission SEM with Variable Pressure mode for non-conductive samples and diverse analysis.
Field Emission SEM for sub-nm analysis, complete with a full analytical detector suite.
SEM with integrated automated ultramicrotome for nanometer-scale 3D volume imaging, perfect for connectomics and cell biology.
Multi-beam SEM for high-speed scanning of large areas, ideal for connectomics and semiconductor inspection.
FIB-SEM for 3D tomography and nano-fabrication with a high-quality Ga ion beam.
X-ray Microscopy for non-destructive 3D imaging with submicron resolution for materials, electronics, and life sciences.
Multi-scale contextual imaging correlate macro CT with nano XRM in one workflow.
Lab-based crystal structure analysis with Cu Kα X-ray source for grain-scale 3D mapping.
Nanoscale X-ray microscopy for internal structural imaging at sub-50 nm resolution, non-destructively.
Synchrotron-compatible X-ray imaging platform for high-flux beamline experiments.
Software for image analysis, annotation, and AI-assisted workflows.
Software for basic viewing, capturing, and measuring. Easy to use, supporting WiFi connectivity for teaching and daily tasks.
Download LabscopeProfessional software for microscope control, image processing, and data analysis, covering everything from research to industry.
Download ZENAdvanced image analysis system for large 3D/4D datasets, supporting AI-assisted analysis, Big Data workflows, and cloud collaboration.
Digital cameras and detectors for all microscope models.
Tell us your application, specs, or budget, and our team will recommend the most suitable model before you decide.