3DHISTECH Symposiums at AACR 2026
A new perspective on cancer research
A closer look at how multimodal imaging and advanced tissue analysis technologies are shaping the future of cancer research.
Real conversations. Real research. Real applications.
Technologies driving cancer research forward
Pannoramic X (Micro CT)
See the whole tumor. Not just the slice.
Non-destructive 3D imaging of intact FFPE blocks and large specimens enables researchers to investigate tumor architecture in its full spatial context. With micro-CT and virtual slicing, Pannoramic X opens new possibilities for studying tumor heterogeneity, invasion patterns, and structural biomarkers without physical sectioning.
Use cases:
- Tumor microenvironment mapping
- 3D spatial biology
- Correlative histology workflows
Pannoramic Confocal
From structure to signal. In one system.
Combine brightfield and fluorescence imaging with high-speed acquisition and precise overlay. The Pannoramic Confocal supports multimodal workflows where morphological context and molecular signals must be interpreted together—critical in cancer biomarker research and translational studies.
Use cases:
- Fluorescence biomarker analysis
- C0-localization studies
- 3D reconstruction of labeled tissue
TMA (Tissue Microarray Solutions)
Scale your research. Standardize your data.
Digitally guided core selection and automated array construction enable high-throughput, reproducible analysis across large cohorts. TMA workflows support biomarker validation, drug response studies, and large-scale oncology research with consistency and traceability.
Use cases:
- Biomarker screening
- Pharma and translational research
- Biobanking at scale
CellsZscope + CMA (NEW - Live Cell Imaging & Manipulation)
Observe life. Interact with it. In real time.
Early-stage innovation focused on continuous live-cell imaging combined with precise manipulation. This system enables researchers to follow cellular behavior dynamically—supporting studies in cancer cell progression, interaction, and response to treatment.
Use cases:
- Live-cell cancer research
- Organoid and spheroid studies
- Dynamic treatment response observation
Designed for research that demands more
Cancer research increasingly requires integration across scales—from whole tissue architecture to single-cell dynamics. 3DHISTECH technologies support this continuum, enabling researchers to generate richer datasets, improve reproducibility, and uncover insights that are not visible through conventional workflows.
Meet us at AACR 2026
Join us to explore how our latest developments support cancer research workflows across imaging, analysis, and data generation.
Booth number: 1727