Preclinical Imaging

Ideal for educational, preclinical and pre-surgical applications

See what’s happening in the brain at the finest detail using plane-wave ultrasound technology

Sensitive sCMOS camera for weak luminescence and fluorescent signals
Filter wheel for standard and custom filters for multi-spectral fluorescent imaging
Fast imaging at up to 30 frames per second for pharmacokinetic
10 patented algorithms for analysis of kinetics of drug distribution
Holds up to three mice at a time for high throughput.

Wide range of applications including:
Brain imaging
Organ imaging
Tumor assessment
Disease progression assessment
Functional imaging
DTI/Fibre Tracking

Compact entry-level thermal cyclers that deliver reproducible results every run

Real-Time qPCR System | Thermal cycler

The R GEN platform allows you to tailor your system to your specific requirements combining extrusion and light-based printing technologies.

3D bioprinting station in a biosafety enclosure, bringing the future of tissue engineering and regenerative medicine closer.

Fast accurate DEXA System for Preclinical Reasearch
Analysis of:
> Fat mass, Fat percent, Lean mass, Lean percent
> BMC mass, BMC Percent, Average BMD
> Bone volume, Bone area etc
> Available for Total or up to 5 ROI's

Sensitive sCMOS camera for weak luminescence and fluorescent signals
Filter wheel for standard and custom filters for multi-spectral fluorescent imaging
Fast imaging at up to 30 frames per second for pharmacokinetic
10 patented algorithms for analysis of kinetics of drug distribution
Holds up to three mice at a time for high throughput.

Sensitive sCMOS camera for weak luminescence and fluorescent signals
Filter wheel for standard and custom filters for multi-spectral fluorescent imaging
Fast imaging at up to 37 frames per second for pharmacokinetic
10 patented algorithms for analysis of kinetics of drug distribution
Holds up to three mice at a time for high throughput.

Next Generation Bioprinting (NGB) plaform has been developed to overcome current tissue manufacturing methods which are the bottleneck impeding standardisation, scale-up and large-scale market adoption of Tissue-Engineering products. It solves critical limitations of existing 3D bioprinting technologies thanks to single-cell resolution and learning-based methods.

Powerful Image Analysis Software for Clinical/Pre-Clinical Data
A multi-modality 3D capable software suite with additional packages for:
Tracer Kinetic Modeling
3D Brain Atlas
Whole Body Atlas
fMRI/phMRI Brain Analysis
Cryo-Imaging Quantitative Tomography

iPACS® is Invicro’s web-based project management system designed for image study management applications in in vivo and early-stage clinical trials

For the first time ever explore the inside of a living cell in 3D without the need for labeling. Take your Cell Research to the Next Dimension

PET Insert for sequential PET-MRI Imaging of large animals
Can be removed for stand-alone PET Imaging
Can be connected to the MR Solutions CT-220 for PET-CT Imaging

SPECT Clip-on module for sequential SPECT-MRI Imaging
Can be removed for stand alone SPECT Imaging
Can be connected to the MR Solutions CT for SPECT-CT Imaging

PET Clip-on module for sequential PET-CT Imaging
Can be removed for stand alone PET Imaging
Can be connected to the MR Solutions MRI for PET-MRI Imaging

PET Insert for sequential PET-MRI Imaging
Can be removed for stand alone PET Imaging
Can be connected to the MR Solutions CT for PET-CT Imaging

PET Insert for simultaneous PET-MRI Imaging
Can be removed for stand alone PET Imaging
Can be connected to the MR Solutions CT for PET-CT Imaging

Versatile and powerful CT for animal studies
Covers a wide range of animal models
Can be upgraded with PET or SPECT Imaging module
Compatible with MR Solutions MRI Systems

Quantitative Phase Imaging for Embryos, organoids, spheroids and other large samples.

Quantitative Phase imaging via Spatial Light Interference Microscopy (CellVista SLIM™) for your inverted microscope.