From precise brain region mapping and dendritic spine quantification to cleared brain 3D atlas registration and pathology detection, ZEISS we help researchers uncover structural and molecular signatures of neural function, injury, and disease with confidence and efficiency.

Whether you require tissue multiplexing, high content screening, 3D imaging, image analysis, or other imaging services that will advance your cancer research pipeline, save time and investment with ZEISS' flexible Microscopy as a Service.

Whether you’re an academic investigator or an emerging plant biotechnology company, ZEISS Microscopy as a Service helps you advance your research with precision and efficiency. From confocal and super-resolution imaging to fluorescence-based phenotyping and nondestructive X-ray imaging, our experts provide the instrumentation, technical expertise, and analytical workflows required to generate high-quality data, uncover structural and functional insights, and accelerate your discovery.

From live volumetric imaging of embryos to cleared-tissue 3D reconstruction and quantitative image analysis, our experts design and execute end-to-end workflows that reveal spatiotemporal patterns of gene expression, morphogenesis, and cellular organization. This enables researchers to generate robust, publication-ready data without the need for in-house capital equipment.

ZEISS Microscopy as a Service enables advanced organoid imaging and analysis, combining high-content 3D imaging with AI-driven segmentation and quantitative workflows. From longitudinal live imaging to multiplexed fluorescence and cleared-organoid reconstruction, our experts deliver scalable, reproducible datasets that capture structural complexity and functional heterogeneity.

From whole-embryo light sheet and volumetric imaging to targeted confocal analysis and quantitative 3D reconstruction, our experts design workflows that capture developmental processes, neuronal activity, and tissue regeneration with precision. Researchers gain scalable, reproducible datasets without the need to build or maintain specialized imaging infrastructure.

From high-resolution confocal and super-resolution imaging of germaria, imaginal discs, and neuronal circuits to volumetric analysis of intact tissues, our experts deliver tailored workflows and quantitative image analysis to uncover spatial organization and dynamic processes. This provides reproducible, publication-ready data without requiring in-house microscopy investment.

ZEISS Microscopy as a Service for geoscience delivers advanced imaging, slide scanning, and AI-powered image segmentation to transform complex mineral and rock structures into quantifiable data. From automated petrographic slide digitization to high-resolution 2D and 3D analysis of pore networks, grain boundaries, and compositional phases, our experts provide reproducible workflows tailored to natural resources research.