Newton FT-900
The Newton FT-900 is designed for in vivo optical imaging across visible, near-infrared, and NIR-II ranges, combining fluorescence and bioluminescence in one platform.
NIR-II imaging supports deeper tissue visualization, reduced background and autofluorescence, and real-time imaging of vascular flow and biodistribution, while preserving full capabilities for BLI and conventional FLI.
▸ Specifications
- VIS camera: 400–900 nm
- SWIR camera: 900–1700 nm
- Aperture: f/0.7 lens
- Capacity: Up to 10 mice
- LED and filter customization available
NIR-II Imaging for Preclinical Research
NIR-II optical imaging extends preclinical fluorescence imaging into the 1000–1700 nm range. This range supports deeper tissue visualization, reduced background from tissue autofluorescence, and real-time imaging of vascular flow and biodistribution.
01 Deeper tissue visualization ▸
NIR-II imaging achieves 10 times greater photon penetration depth than visible fluorescence.
02 Less autofluorescence and background noise ▸
Imaging in the NIR-II range supports better signal contrast and clearer visualization of biological structures.
03 Integrate with existing workflows ▸
The Newton FT-900 combines visible, NIR, and NIR-II imaging to preserve BLI and conventional FLI capabilities in one platform.
Related Resources
Learn more about the Newton FT-900, NIR-II fluorescence imaging, and upcoming opportunities to connect with Scintica.
Newton FT-900 Product Page
Review system details, specifications, and product information.
Related Webinar
Explore NIR-II fluorescence imaging and its role in preclinical research workflows.
Upcoming Events and Webinars
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Explore NIR-II Imaging with the Newton FT-900
Scintica is hosting on-site and virtual demonstrations. Connect with our team to discuss how NIR-II optical imaging may support your preclinical research workflow.
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