⚙
Automated TMA construction
Choose the right level of automation for your laboratory: semi-automatic, computer-assisted, computer-driven or fully automated.
Galileo Tissue Microarray platforms
Precision TMA automation for modern pathology.
ISENET develops Galileo Tissue Microarray instruments for biomarker validation, spatial omics, multiplexing and digital pathology workflows — from semi-automatic systems to fully automated high-throughput platforms.
✓ Donor-to-spot traceability✓ Digital pathology ready✓ Spatial omics oriented
A clearer path from tissue block to digital analysis.
Build precise TMAs while preserving the chain of information from donor block to TMA spot, slide image and downstream analysis.
⌖
Traceable core mapping
Connect donor block ID, ROI, core coordinates, recipient position and analysis output using digital reports and export files.
◉
Designed for new assays
Support biomarker studies, multiplex staining, spatial transcriptomics and digital pathology workflows using reproducible TMA layouts.
Find the right Galileo platform.
Each system is positioned around a clear laboratory need, making the product choice faster and more intuitive.
Galileo TMAtic
Fully automated TMA platform
- High-throughput random-access workflow
- Automated cleaning and quality-control steps
- Digital donor image overlay and reporting
Galileo CK4600
Computer-driven TMA system
- Computer-driven positioning
- Designed for advanced TMA layouts
- Suitable for square-needle development workflows
Galileo CK3600
Computer-assisted TMA system
- Computer-assisted design and mapping
- Compatible with the Frozen TMA Module
- Ideal for research core facilities
Galileo CK2500
Semi-automatic TMA system
- Reliable semi-automatic tissue coring
- Compact and accessible workflow
- Good starting point for TMA laboratories
Frozen Module
Accessory for frozen TMA construction
- Dry-ice cooled module for frozen tissue arrays
- Compatible with Galileo CK3600 and CK4600
- Dedicated brochure and video available
One workflow, multiple applications.
Galileo platforms support classic pathology research and the newest high-value applications in spatial biology.
▦
Biomarker validation
Screen large cohorts with consistent tissue sampling and controlled TMA geometries.
✦
Spatial omics
Reduce per-sample assay costs by arranging multiple tissue samples on a single high-value slide.
◎
Multiplex pathology
Enable standardized comparative staining and image analysis across cases, controls and replicates.
Digital traceability from design to analysis.
A modern TMA workflow must preserve the link between the original donor tissue and the final digital result.
1
Scan donorAcquire donor block or slide images for ROI selection.
2
Select ROIDefine tissue regions to sample and associate them with donor IDs.
3
Build TMAConstruct the recipient block using the selected Galileo platform.
4
Scan slideDigitize TMA sections using compatible whole-slide scanners.
5
AnalyzeUse array maps and export files to support de-arraying and image analysis.
Galileo instruments and workflow videos.
Instrument images and YouTube videos are taken from the existing ISENET web pages and ISENET brochure links, so your web developer can reuse the same WordPress Media Library assets.
Galileo TMAtic
Fully automated TMA platform.
Galileo CK4600
Computer-driven TMA system.
Galileo CK3600
Computer-assisted TMA system.
Galileo CK2500
Semi-automatic TMA system.
Galileo Frozen Module
Frozen TMA Module for compatible CK3600 / CK4600 systems.
Ready to redesign your TMA workflow?
Request a demo or ask ISENET for a product comparison based on your throughput, core size and digital pathology requirements.