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Tri scan Spinning disc System

What is the : TriScan : Tri scan Spinning disc System ?

The TriScan Spinning Disc System is an advanced confocal imaging platform designed for high-speed, high-resolution, and low-phototoxicity applications in cell biology, neuroscience, immunology, microbiology, and live-cell imaging. By combining spinning disc confocal technology with innovative optics, TriScan delivers superior optical sectioning, 3D imaging, and multichannel fluorescence detection compared to conventional widefield systems.
With its parallel multi-pinhole disc design, the TriScan system allows researchers to capture dynamic cellular processes in real time while minimizing photobleaching and phototoxicity, making it ideal for sensitive samples, long-term live-cell imaging, super-resolution microscopy, and quantitative fluorescence analysis.


The TriScan Spinning Disc System supports advanced imaging modes such as z-stack acquisition, spectral imaging, FRAP, FRET, and multiplexed assays, while its AI-powered software ensures precise image analysis, reproducibility, and automated workflows. Compact, modular, and user-friendly, TriScan is trusted in academic research institutes, core imaging facilities, and pharmaceutical laboratories worldwide.

          


Offering a balance of speed, sensitivity, and flexibility, the TriScan Spinning Disc System is the perfect solution for translational medicine, cancer research, and developmental biology, where confocal microscopy performance is critical.

Who it’s for

The system is designed for life sciences laboratories, core imaging facilities, academic research institutes, and biotechnology environments, providing powerful tools for researchers in cell biology, neuroscience, immunology, microbiology, and developmental biology.

✽  What We Offer

Key Technical Benefits

1

Ultra-Fast Confocal Imaging

  • TriScan employs a multi-beam scanning principle, allowing simultaneous illumination and detection of multiple points across the sample.

  • This results in frame rates significantly higher than traditional single-beam confocal systems, while preserving optical sectioning quality.

2

Superior Light Efficiency

  • Innovative optical design ensures higher photon collection efficiency, crucial for imaging dim fluorophores.

  • Reduced excitation exposure translates into lower phototoxicity for sensitive live samples.

3

Flexible Laser Integration

  • Compatible with multiple laser lines (visible and near-infrared).

  • Enables multi-color imaging for complex biological experiments.

3

Optimized for Live-Cell Studies

  • High-speed scanning reduces sample stress.

  • Efficient cooling and stable optics maintain long-term imaging performance.

Applications

  • Neuroscience: High-speed calcium imaging, synaptic activity mapping, and 3D reconstructions of neuronal networks.

  • Cell Biology: Dynamic processes such as vesicle trafficking, cytoskeletal remodeling, and cell division.

  • Developmental Biology: Imaging embryonic development with minimal photodamage.

  • Biomedical Research: Tumor microenvironment analysis, immunology, and organoid imaging.

Maximum intensity projection
40x Air, 0.75 NA
Z depth: 15 µm
116571 images → 2h30 min
One plane: 10 min

Images have been binned 4×

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TriScan vs. Spinning disc Confocal Microscopes


Feature TriScan Nikon A1R HD / AX
Scanning Mode Multi-beam parallel scanning Single-beam resonant or galvano scanning
Speed Extremely high (ideal for fast dynamics) High (resonant scanning), but slower for large FOV
Phototoxicity Very low due to reduced exposure Higher with long acquisitions
Spectral Flexibility High (supports multiple fluorophores) High
Ease of Live-Cell Imaging Optimized for continuous fast imaging Good, but risk of bleaching in long recordings



Both TriScan and Nikon systems offer high-quality confocal imaging, but TriScan stands out when speed and live-cell compatibility are critical.

Why Choose TriScan?

  • Unmatched Imaging Speed – Capture rapid biological events with minimal delay.

  • Reduced Photodamage – Preserve cell viability for long-term experiments.

  • Flexible Integration – Works with standard inverted microscopes and multiple laser sources.

  • Cost-Effective Alternative – Provides confocal performance at lower maintenance and operating costs compared to large commercial systems. 


Support & Training

Installation & Alignment

  • Professional installation by certified specialists

  • Full alignment and calibration for optimal performance

  • Step-by-step setup guidance for laboratory integration

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User Training

  • On-site training sessions for research teams

  • Online tutorials and remote workshops

  • Covers imaging workflows: z-stack, 3D fluorescence, quantitative analysis

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Technical Support

  • Dedicated support team for troubleshooting

  • Rapid response to minimize downtime

  • Remote diagnostics and assistance available

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Software Updates & Upgrades

  • Regular updates for stability and performance

  • Access to the latest features and image analysis tools

  • Compatibility with new probes, biosensors, and applications

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Long-Term Value

  • Continuous training opportunities

  • Extended service contracts available

  • Reliable support for academic, core, and industrial facilities

The Tri scan Spinning disc System bridges the gap between traditional laser scanning confocals and spinning-disk technology, delivering fast, efficient, and flexible imaging for advanced life-science research. By combining high speed with low phototoxicity, TriScan enables researchers to see more, for longer, with greater confidence.

For laboratories looking to upgrade their imaging capabilities, TriScan represents a next-generation solution that is both powerful and practical.