In Vivo Imaging Instruments
Whether you’re trying to understand biology pathways, monitor disease progression, or evaluate drug candidates earlier in drug development, our wide portfolio of preclinical imaging systems are designed to support your research needs.
Offering high-throughput capability and sensitivities to image down to a single cell our IVIS® technology continues to pave the way in small animal optical imaging.
The Quantum GX3 can be used for a diverse array of research applications such as lung and cardiac imaging made possible through fast image-based gating techniques, in vivo and ex vivo bone imaging, and other soft tissue applications.
In addition to optical and microCT modalities, we also offer the first ultrasound system that combines automated, hand-free technology with high-throughput capability - the innovative Vega® preclinical ultrasound system that can deliver 2D and 3D images in just a few minutes.
For research use only. Not for use in diagnostic procedures.
With over 20 years experience in preclinical in vivo imaging, our industry leading IVIS optical imaging systems are the most published platform for bioluminescence and fluorescence imaging with over 20,000 peer-reviewed publications.
Our Quantum GX3 standalone microCT system features a highly sensitive, high resolution flat panel detector enabling fast scanning with high image signal-to-noise and low radiation exposure for repeated CT scans used in longitudinal imaging studies.
Vega® preclinical ultrasound
- Hands-free, automated transducer positioning and movement
- High speed, high-throughput performance with 3 mice scanning in just a few minutes
- Hands-free, automated transducer positioning and movement
- High speed, high-throughput performance with 3 mice scanning in just a few minutes
- 3D Widefield acquisitions enabling whole subject imaging
- Standard B-mode and M-mode capability
- Shear Wave Elastography (SWE) mode for quantifying and evaluation tissue stiffness
- Acoustic angiography mode for visualizing microvasculature
- Fits on the benchtop
IVIS® Lumina S5 & X5
- High-sensitivity 2D optical imaging (bioluminescence and fluorescence)
- High-throughput format with a 20 x 20 FOV sufficient for imaging 5 mice simultaneously
- High-sensitivity 2D optical imaging (bioluminescence and fluorescence)
- High-throughput format with a 20 x 20 FOV sufficient for imaging 5 mice simultaneously
- High resolution, low dose X-ray with optical overlay (IVIS Lumina X5 only)
- Compact design that fits on your benchtop
- Unique animal handling accessories and software tools to streamline throughput
IVIS® Lumina III series
- 2D optical imaging (bioluminescence and fluorescence)
- Low-dose X-ray with optical overlay (IVIS Lumina XRMS only)
- 2D optical imaging (bioluminescence and fluorescence)
- Low-dose X-ray with optical overlay (IVIS Lumina XRMS only)
- Images up to 3 mice simultaneously
- Compact design that fits on your benchtop
IVIS® Spectrum and IVIS Spectrum 2 series
- High sensitivity 2D and 3D bioluminescence & fluorescence imaging
- High throughput simultaneous imaging of up to 10 mice
- High sensitivity 2D and 3D bioluminescence & fluorescence imaging
- High throughput simultaneous imaging of up to 10 mice
- Fast data acquisition for rapid visualization of images in real-time
- Two powerful modes of fluorescence excitation— epi-fluorescence and trans-illumination
- Proprietary spectral unmixing algorithms for autofluorescence removal and multiplex imaging
- Easy, one-click co-registration with the Quantum GX3 microCT system
- Broadly adopted, easy to use, and intuitive, Living Image® visualization and analysis software
- Integrated low-dose, ultra-fast microCT (IVIS SpectrumCT 2 only)
Quantum GX3 microCT imaging system
- Superior spatial resolution of 5 microns
- Wide FOV range from 8 mm to 86 mm
- Superior spatial resolution of 5 microns
- Wide FOV range from 8 mm to 86 mm
- Improved image-based respiratory gating
- Proprietary active ring reduction
- Continuous and step scanning modes
- Seamless co-registration with the IVIS 3D optical imaging system
