NEWTON 7.0 FT-900 NIR-II in vivo imaging
- NIR-II imaging: Get a 10 times greater photon penetration depth than visible fluorescence thanks to our strong intensified filtered LED.
- Multispectral imaging: Benefit from ultra-low noise imaging thanks to a dual camera amplifier architecture which ensures transmission above 90%.
- Custom made f/0.70 lens: Specifically developed for macro imaging, the NEWTON FT-900 proprietary optics offers you unrivalled sensitivity and sharpness.
- Narrow bandpass filters: With our technology based on very narrow band cutting, the time to get the image is drastically reduced and sensitivity is increased.
A New Spectrum Of Light
The NEWTON FT-900 is the first deeply cooled CCD imager dedicated to both fluorescence and bioluminescence multispectral imaging as it allows for in vivo applications in the visible, near and short-wave infrared spectrum (VIS/ NIR/ NIR-II). Smart and ultra sensitive, it provides non-ionizing and non-invasive visualization of biological processes in real time.
This cutting-edge optical imaging system facilitates the penetration of NIR-II light deeper into small animal tissue with less autofluorescence resulting in clearer and sharper images. It also enables expert researchers to get detailed information on the vascular blood flow of a mouse and allows imaging of tumors and single cells.
The NEWTON FT-900 represents the perfect mix between high detection and deep analysis capabilities. Let’s discover its proprietary optics, specifically developed for imaging in the second biological window (1000-1600nm).
A wide range of imaging applications
- Tumor and infection monitoring
- Cell migration tracking
- Vasculature and microcirculation visualization
- Biodistribution of molecules and nanoparticles targeting
Unrivalled sensitivity
- Widest lens aperture f/0.70
- 1″ CCD SWIR InGaAs camera (1000-2300nm)
- VIS scientific grade camera (400-900nm)
- 3D BLI tomography
Ease of use
- Intuitive & user-friendly software interface
- One click to get the image
- Auto-exposure and automatic illumination controls
- Easy to clean
Animal care
- Up to 5 mice capacity
- Heated animal imaging bed (+37°C)
- EQUAFLOW™ breathers to prevent unwanted animals awakening
- Automatic Active Gas Scavengers
- Sliding-out bed motorized on X/Y-axis
The Power Of Deep Learning
Make publication-ready scientific images with simplicity! Various acquisition modes are available (automatic, manual, serial image acquisition). For both bioluminescence and fluorescence imaging, the photographic image and the signal image are acquired consecutively and then overlaid. Define the regions of interest (ROI), monitor tumor development right from the onset and compare collected data. Enjoy our fast and smart KUANT software to get your answers. Based on the most recent developments in deep learning, it improves significantly the accuracy and resolution of your images by correcting motion blur or uneven lighting. Identify specific structures or abnormalities within the animal’s body as our algorithms also perform image segmentation, which involves separating the image into distinct regions based on their properties.
All The Imaging Applications You Need, In One System
- The NEWTON FT-900 allows you to perform all your in vivo bioluminescence and fluorescence applications in the visible, near and short-wave infrared spectrum (VIS/ NIR/ NIR-II). Visualize rodents (up to 5 mice and 3 rats, guinea pigs, small rabbits), zebra fishes, organs and tissue sections ex-vivo and in vitro samples (in microplates etc…). You can also use a large number of molecular reagents and fluorophores.
- Visualize multiple reporters simultaneously with our overlay signal feature and choose from 10 excitation channels in the visible RGB and NIR spectrum (440 – 980nm) and 14 high efficiency emission filters, (500 – 1600nm) all designed with our dual magnetron filter technology that guarantees high signal to noise ratio.
- Get the benefits of multispectral imaging without worrying about crosstalk. Our unique technology ensures spectral unmixing by using mathematical dye separation so that each channel contains only the signal from one dye.
Absolute Quantification in Newton imaging system
Are you ready to experience absolute quantification? Absolute NIST Traceable Calibration Imaging is based on traceable references provided by the National Institute of Standards and Technology (NIST). It allows precise quantification of specific biomolecules (such as proteins) in the sample of interest and provides benefits such as accuracy, reproducibility, and standardization.
Absolute quantification allows researchers to compare and integrate data from different studies or laboratories. Unlike relative quantification, which compares the amount of an analyte between two or more samples, absolute quantification provides a precise value for the amount of substance in the sample, expressed in absolute units.
Discover The Inside of NEWTON 7.0 FT-900
Made of aluminium and stainless steel, our NEWTON 7.0 FT-900 s a high-end instrument which has an elegant, modern and very robust design for a long term durability. It is also easy to clean and compact to fit perfectly your work environment.
Choose your Newton animal imaging system
To best adapt to your applications, we offer you 3 different configurations. Compare them and find the system that’s tailored to your needs.
- BT-500: Bioluminescence
- FT-500: Bioluminescence, VIS fluorescence, NIR-I fluorescence
- FT-900: Bioluminescence, VIS fluorescence, NIR-I fluorescence, NIR-II fluorescence
