Physics-aware acquisition architecture enabling ultra-high-resolution, low-dose, real-time computational X-ray workflows
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OUR STORY
NeoImaging™ began with a simple but powerful realization by co-founder Dr. Daniel Uzbelger Feldman: dentists are often required to perform highly delicate procedures with only static X-ray snapshots taken before and after treatment. During a challenging case involving a separated instrument in a molar, he experienced firsthand the limitations of conventional imaging when precision and real-time anatomical feedback mattered most.
Rather than accept this century-old constraint, Dr. Uzbelger Feldman asked a different question:
What if dentistry could see in real time?
That question initiated years of research into whether advances in imaging physics, back-illuminated sensor architecture, microlens-enhanced detectors, microfocus X-ray technology, and computational imaging could be integrated into a new category of X-ray acquisition designed specifically for clinical dentistry.
The result became NeoImaging™ — an AI-native X-ray infrastructure platform engineered to enable ultra-high-resolution, low-dose, real-time computational imaging workflows.
NeoImaging Dental™ is the first clinical implementation of this platform, introducing Dental Cinematic Imaging (DCIS™), a new category of imaging designed to provide dynamic anatomical visualization during procedures rather than only before and after them. By combining advanced detector architecture with physics-aware acquisition and computational imaging workflows, NeoImaging Dental™ is designed to support greater procedural precision, improved clinical confidence, and enhanced patient care.
Built on a scalable semiconductor and computational imaging architecture, NeoImaging™ is designed to expand beyond dentistry into broader medical applications through next-generation flat panel detector systems optimized for pediatric imaging, thin anatomy, fluoroscopy, CT, CBCT, mammography, and future AI-enabled longitudinal imaging workflows.
Explaining NeoImaging
US Patent No. 12,127,867
US Patent No. 11,559,268
US Patent No. 10,898,070
US Patent No. 10,849,586
US Patent No. 8,430,563
OUR SOLUTIONS
NeoImaging™ develops AI-native X-ray acquisition systems that combine back-illuminated pixel architecture, microlens-enhanced detectors, microfocus X-ray technology, and computational imaging workflows to enable ultra-high-resolution, low-dose, real-time visualization.
Designed around physics-aware acquisition rather than conventional static imaging, NeoImaging™ systems are engineered to preserve more clinically relevant information at the moment of capture — creating a foundation for temporal imaging, AI-enhanced reconstruction, and future longitudinal diagnostic workflows
DCiS
Dental Cinematic Imaging System™
NeoImaging Dental™ introduces Dental Cinematic Imaging (DCIS™), a new category of dental imaging designed to provide dynamic anatomical visualization during procedures rather than only before and after them. By combining ultra-small-pixel detector architecture with real-time computational workflows, DCIS™ is designed to support greater procedural precision, improved visualization, and enhanced clinical confidence
VMS
View Master System™
The VMS™ is designed to provide high-resolution dental imaging with an intuitive viewfinder that allows clinicians to aim, position, and frame the radiograph before exposure, similar to using a digital camera. This approach is intended to simplify positioning, support more accurate image capture, reduce repeat radiographs, and improve workflow efficiency during clinical imaging procedures
NFPD
Flat Panel Detector
The NeoImaging™ Flat Panel Detector platform extends NeoImaging’s back-illuminated, microlens-enhanced architecture into larger formats optimized for pediatric imaging, thin anatomy imaging, fluoroscopy, CT, CBCT, mammography, and future AI-enabled computational imaging workflows. Designed around scalable semiconductor and GPU-enabled infrastructure principles, the platform is intended to support next-generation low-dose, high-information imaging applications across healthcare
OUR TEAM
Michael Sinsheimer:
MHA, MBA
Chairman & Co-Founder
Michael Sinsheimer is a medtech entrepreneur and commercialization executive with more than 30 years of experience building and scaling medical and dental technology companies across imaging, robotics, and minimally invasive healthcare technologies. He is the founder of Medtech Catalyst and has founded or co-founded multiple successful MedTech ventures focused on advanced imaging systems, robotics, and next-generation clinical technologies. Mr. Sinsheimer is the co-founder and Chairman of Mobius Imaging and the co-founder and CEO of Cardan Robotics, both acquired by Stryker in 2019. His prior leadership roles include Vice President of Marketing and Strategic Planning at Straumann, where he helped scale the company to several hundred million dollars in revenue, as well as leadership positions at Pfizer and Integrated Marketing Concepts. With extensive experience in commercialization strategy, regulatory execution, strategic partnerships, product development, and market expansion, Mr. Sinsheimer leads NeoImaging’s commercialization strategy and long-term growth planning across both NeoImaging Dental™ and the broader NeoImaging™ AI X-ray infrastructure platform. Mr. Sinsheimer holds a Master of Healthcare Administration (MHA) from the University of North Carolina Gillings School of Global Public Health and an MBA from the NYU Stern School of Business.
Daniel Uzbelger Feldman:
DDS, DMD
CEO & Co-Founder
Dr. Daniel Uzbelger Feldman is a dentist, inventor, entrepreneur, and academic innovator with more than 30 years of experience across clinical dentistry, imaging research, and medical technology development. He is the inventor of NeoImaging™, an AI-native X-ray infrastructure platform that combines back-illuminated pixel architecture, microlens-enhanced detectors, microfocus X-ray technology, and computational imaging workflows to enable ultra-high-resolution, low-dose, real-time visualization for dentistry and future medical applications.
His work spans next-generation intraoral imaging, cinematic dental imaging, flat panel detector development, and advanced computational imaging concepts inspired by semiconductor and adaptive optics technologies. Dr. Uzbelger Feldman previously authored one of the early comparative analyses between dental imaging and medical fluoroscopic technologies, helping establish the scientific foundation for real-time dental imaging workflows.
He has led multiple aspects of NeoImaging’s development, including technology strategy, device architecture, clinical testing, regulatory planning, intellectual property development, and strategic partnerships. Dr. Uzbelger Feldman received his DDS-equivalent degree from the Central University of Venezuela, completed postgraduate training in Endodontics at Carlos J. Bello Hospital / Venezuelan Red Cross, and earned his DMD degree from Temple University, where he has taught in the Department of Endodontology since 2003. His work has received multiple national recognitions, including the William H. Rollins Award from the American Academy of Oral and Maxillofacial Radiology in 2013 for an outstanding body of imaging research.
Published Research
Uzbelger Feldman D, Simons E, Turchetta R, Bofill-Petit A, Raible .
From Dental to Medical Imaging: Translational 8 µm Pixel Size, Low-dose and Ultra-High-Definition X-ray Detector for Microfocus Clinical Applications. medRxiv 2025.12.01.25341101; doi: https://doi.org/10.64898/2025.12.01.25341101
Uzbelger Feldman D, Simons E, Turchetta R, Bofill-Petit A, Yang J. Spatial Resolution, Radiation Dose, and Frame Rate Evaluation of a Novel Size-2 Intraoral Sensor Prototype, a Crystal-Based Scintillator, and a Microfocus X-ray Source. Abstract Book of the 2025 AAOMR Annual Session; October 13-16, 2025; Charlotte, NC
Uzbelger Feldman D, Yang J. Milliamperes settings and image noise reduction through back illumination and adaptive filtration. Abstract Book, 66th Annual Session of American Academy of Oral & Maxillofacial Radiology, Indianapolis, IN, 10/01/2015
Uzbelger Feldman D., Panchal P.M., Yang J. Resolution and Dose Rates Comparison among Fluoroscopy, Digital/Film-Based Intraoral Radiography and CBCT Scan, Abstract Book of the 61th Annual Meeting of American Academy of Oral & Maxillofacial Radiology, San Diego, California, 2010
Mistry AR, Uzbelger Feldman D, Yang J, Ryterski E. Low Dose X-Ray Sources and High Quantum Efficiency Sensors: The Next Challenge in Dental Digital Imaging?. Radiology Research and Practice, vol. 2014, Article ID 543524, 7 pages, 2014. doi:10.1155/2014/543524
Uzbelger Feldman D, Yang J, Susin C. A Systematic Review for the Uses of Fluoroscopy in Dentistry. Chin J Dent Res. 2010 Jun;13(1):23-29
Uzbelger Feldman D, Mistry AR, Yang J. Radiation exposure and image resolution testing of a low-dose x-ray imaging. Abstract Book of the 64th Annual Meeting of American Academy of Oral & Maxillofacial Radiology, Beverly Hills, California, 2013
Uzbelger D. Comparison between Medical Fluoroscopy, Digital Dental Imaging and Intraoral Radiography. IADR. J Dent Res 2005; 84; 701
CONTACT US
Real Time Imaging Technologies, LLC
Charlotte, NC 28277
United States