Weinberg Medical Physics LLC
A medical-device incubator founded in 2008 that develops compact imaging and magnetic-manipulation systems for clinical and preclinical applications. Works on ultra-fast MRI gradient systems, electropermanent magnet assemblies, additive-manufactured electromagnetic components, and engineered magnetic particles; participates in translational activities including clinical testing, grant-funded commercialization projects, and technology licensing.
Industries
Nr. of Employees
small (1-50)
Weinberg Medical Physics LLC
12156 Parklawn Drive Rockville MD 20852
Patents
System, methodologies and components for skin sculpting with magnetic particles
US-11701522-B2
View DetailsUnilateral magnetic resonance imaging system with aperture for interventions and methodologies for operating same
US-11686793-B2
View DetailsElectricity energy harvesting with liquid crystal-magnetic particle composite particles
US-11633615-B2
View Details
System, methodologies and components for skin sculpting with magnetic particles
US-11701522-B2
View DetailsUnilateral magnetic resonance imaging system with aperture for interventions and methodologies for operating same
US-11686793-B2
View DetailsElectricity energy harvesting with liquid crystal-magnetic particle composite particles
US-11633615-B2
View DetailsProducts
Compact electropermanent MRI system (office-based)
A compact MRI architecture combining rapid high-gradient capability and electropermanent magnet assemblies intended for clinical and office-based imaging applications.
Engineered magnetic particle platforms
Shape-engineered magnetic particles and micromagnetic actuators designed for controlled movement, focusing, and potential therapeutic delivery under image guidance.
Additively manufactured electromagnetic coil assemblies
Custom electromagnetic assemblies produced by additive manufacturing methods that integrate high-current conductors and magnetic materials for bespoke magnetic field shaping.
Compact electropermanent MRI system (office-based)
A compact MRI architecture combining rapid high-gradient capability and electropermanent magnet assemblies intended for clinical and office-based imaging applications.
Engineered magnetic particle platforms
Shape-engineered magnetic particles and micromagnetic actuators designed for controlled movement, focusing, and potential therapeutic delivery under image guidance.
Additively manufactured electromagnetic coil assemblies
Custom electromagnetic assemblies produced by additive manufacturing methods that integrate high-current conductors and magnetic materials for bespoke magnetic field shaping.
Services
Incubation and technical development services for novel medical imaging and magnetic-manipulation devices, progressing concepts to spin-outs and licensees.
Incubation and technical development services for novel medical imaging and magnetic-manipulation devices, progressing concepts to spin-outs and licensees.
Expertise Areas
- Ultrafast MRI and gradient engineering
- Magnetic nanoparticle engineering and delivery
- Additive manufacturing for electromagnetic components
- Electropermanent magnet systems
Key Technologies
- High-gradient MRI systems
- Electropermanent magnets
- Additive manufacturing of coils and conductors
- Magnetic nanoparticle fabrication
News & Updates
A European grant awarded to a licensee and collaborators to examine ultra-high-resolution MRI systems designed by the company for selectively replacing excisional biopsies.
Award of an SBIR commercialization research project grant by a U.S. neurological disorders institute to accelerate regulatory milestones for a compact head-sized MRI system.
Assignment of intellectual property related to x-ray sensor technology to a medical imaging company for an undisclosed amount.
Presentation on rapid manufacturing of shape-engineered particles for MRI at an IEEE EMBS conference, reporting progress under a standards institute grant.
Poster presentation (in collaboration with university researchers) on wireless current detection using a spin-transfer nano-oscillator and related neuromodulation/readout particles.
Participation in CES to demonstrate a compact electropermanent MRI system alongside a licensee at an industry technology event.
A European grant awarded to a licensee and collaborators to examine ultra-high-resolution MRI systems designed by the company for selectively replacing excisional biopsies.
Award of an SBIR commercialization research project grant by a U.S. neurological disorders institute to accelerate regulatory milestones for a compact head-sized MRI system.
Assignment of intellectual property related to x-ray sensor technology to a medical imaging company for an undisclosed amount.
Presentation on rapid manufacturing of shape-engineered particles for MRI at an IEEE EMBS conference, reporting progress under a standards institute grant.
Poster presentation (in collaboration with university researchers) on wireless current detection using a spin-transfer nano-oscillator and related neuromodulation/readout particles.
Participation in CES to demonstrate a compact electropermanent MRI system alongside a licensee at an industry technology event.