InnoScan and InnoQuant
Extend Your Microarray Workflow
From Arrays to Tissues : A Unified Vision of Quantitative Biology
Why Add InnoQuant to Your InnoScan Workflow?
Complementary Technologies for Complementary Insights
Complementary Technologies for Complementary Insights
InnoScan provides high-precision microarray scanning for expression profiling and molecular diagnostics. InnoQuant complements it by enabling quantitative, whole-slide fluorescence imaging of tissue sections.
Together, they offer both molecular-level data (InnoScan) and spatial context (InnoQuant) — essential for translational and systems biology.
Same Core Philosophy and Expanded Capabilities
InnoQuant shares the engineering DNA of InnoScan: precision optics, robust acquisition, and reliable quantification.
But it extends your analytical capacity to full tissue samples, multiplexed fluorescence, and pixel-level intensity data — in a fully automated imaging system.
Workflow Continuity and Compatibility
nnoQuant outputs standardized, multi-resolution TIFF files compatible with common image analysis tools such as QuPath, Fiji, and HALO.
Teams already accustomed to InnoScan’s streamlined workflows will experience a natural transition to InnoQuant without additional training overhead.
Accessible, Scalable Tissue Imaging
Unlike manual fluorescence microscopes, InnoQuant is fully automated: no exposure tuning, no objective switching, no post-processing.
Teams with experience in digital microarray scanning can operate InnoQuant with minimal adaptation.
Together, InnoScan and InnoQuant form a comprehensive and coherent platform for advanced translational research.
A short guide to InnoQuant
| Innoscan 710 | Innoscan 910 | Innoscan 1000 | Innoquant | |
|---|---|---|---|---|
| Number of simultaneous color channels | 1 or 2 | 2 | 3 | 4 |
| Laser wavelengths |
532 nm 635 nm |
532 nm 635 nm |
488 nm 532 nm 635 nm |
375 nm 488 nm 532 nm 635 nm |
| Laser power adjustment | discrete | discrete | discrete | continuous |
| Content-based focus | ||||
| Smallest pixel size | 3 µm | 1 µm | 0.5 µm | 0.5 µm |
| Coverslip friendly | ||||
| 7-pos emission filter wheel | ||||
| Customizable slide holder | ||||
| AI-guided sample detection |
