MR Solutions products

The MRS*PET INSERT, designed by MR Solutions, facilitates simultaneous PET/MR imaging, enabling the acquisition of multi-parametric information from the same subject with precision. Built to integrate seamlessly with cryogen-free MR systems up to 9.4 Tesla, it offers flexibility in research settings due to its removable nature. This product can function independently of the MR system, effectively converting into a standalone PET device when needed. Its advanced PET Technology uses silicon photomultiplier (SiPM) detectors and dual pixelated scintillator crystal layers, achieving high-resolution imaging with under 0.8mm precision. The integration of MRS*DRYMAG technology eliminates the need for traditional cryogenic cooling agents like liquid helium, offering eco-friendliness and cost efficiency. This device is particularly suitable for small animal imaging, providing researchers with robust data for advanced analysis in preclinical studies.

The cCLIP-ON is a versatile imaging system designed for both PET/CT and PET/MR applications, offering sequential imaging capabilities that facilitate efficient workflows. This portable system can be swiftly transferred between CT and MR setups, minimizing operational downtime and minimizing the need for multiple investments. The CLIP-ON technology involves a unique plug-and-play approach, making it compatible with CT and high-field MR up to 9.4T, thereby enhancing modularity and reducing costs for research institutes. It incorporates advanced silicon photomultiplier (SiPM) technology, allowing precise depth of interaction (DOI) with dual-layer pixelated scintillator crystals, achieving exceptional resolution under 0.8mm. Furthermore, MR SOLUTIONS integrates the MRS*DRYMAG technology, a cryogen-free MR technology operating up to 9.4T without liquid helium or nitrogen. The system is enhanced by the Preclinical Scan multimodality imaging software, which offers a comprehensive user interface for manipulating MRI, PET, SPECT, and CT functionalities effectively.