NeoImaging™ Dental — Real-Time, MicroCT-Like X-Ray for Dentistry
From X-rays to Hollywood: Introducing Dental Cinematic, A New Category in Clinical Imaging
OUR STORY
The idea for NeoImaging™ began with a simple but powerful realization by co-founder Dr. Daniel Uzbelger Feldman: dentists are expected to perform highly delicate procedures while essentially working blind. During a challenging case involving a separated instrument in a molar, he saw firsthand the limits of traditional X-rays—images taken before and after a procedure offer no real visibility during the moments when precision matters most.
Rather than accept this century-old constraint, Dr. Uzbelger Feldman asked a different question:
What if dentistry could see in real time?
His research revealed that dynamic, real-time imaging existed in medicine and veterinary care but had never been developed for dentistry. He began investigating whether emerging advances in imaging physics, digital camera sensors, microlens architecture, and microfocus X-ray sources could be combined to create a new modality—one designed specifically around clinical dental needs.
After years of research, iteration, and technology integration, this work became NeoImaging™, a patented imaging platform using back-illuminated pixel architecture, microlens-enhanced detectors, and microfocus X-ray technology to deliver real-time, microCT-like visualization at dental doses.
NeoImaging Dental™ is the first clinical application of this platform, introducing Dental Cinematic, a new category of imaging that replaces guesswork with dynamic anatomical clarity. Designed for everyday practice, NeoImaging Dental™ enables clinicians to visualize anatomy as they work, supporting safer procedures, greater precision, and enhanced patient confidence.
NeoImaging™ is a scalable imaging platform that will expand into additional verticals—including NeoImaging Medical™—bringing high-resolution, low-dose, real-time imaging via flat panel detectors to broader fields of healthcare.
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™ Dental delivers next-generation, high-efficiency, microlens-enhanced, back-illuminated detectors combined with low-dose microfocus X-ray technology to enable ultra-high resolution and real-time visualization for dental imaging
DCiS
Dental Cinematic Imaging System™
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Designed to address the long-standing guesswork and tactile decision-making that dentistry has relied on for over a century, DCiS™ provides clear, microCT-like views during procedures rather than only before and after them. The result is an experience intended to make clinical care easier, safer, and more efficient for both dentists and patients
VMS
View Master System™
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The VMS™ is designed to provide high-resolution dental imaging with an intuitive viewfinder that allows clinicians to aim and frame the radiograph before exposure, similar to using a digital camera. This approach is intended to simplify positioning, support more accurate image capture, and reduce the need for repeat radiographs
NFPD
Flat Panel Detector​
NeoImaging™ flat-panel technology is being developed to support low-dose, small-pixel imaging for advanced applications including pediatric radiography, thin-anatomy imaging, extremity studies, fluoroscopy, CT, and mammography. This next-generation detector platform is designed to extend NeoImaging’s 8–10 µm pixel architecture into larger formats, enabling high-resolution imaging across dental, medical, veterinary, and industrial fields
OUR TEAM
Michael Sinsheimer:
MHA, MBA
Chairman & Co-Founder
Michael Sinsheimer brings more than 30 years of experience in medical and dental device innovation, commercialization, and company building. He is the founder of Medtech Catalyst and has founded or co-founded several successful MedTech ventures across imaging, robotics, and minimally invasive technologies.
Mr. Sinsheimer is the co-founder and Chairman of Mobius Imaging and the co-founder and CEO of Cardan Robotics—two advanced imaging and robotics companies acquired by Stryker in 2019. His prior leadership roles include President of Integrated Marketing Concepts, Vice President of Marketing and Strategic Planning at Straumann, where he helped scale the company to several hundred million in revenue, and Marketing Manager at Pfizer, Inc. With deep expertise in product development, commercialization strategy, regulatory planning, and strategic partnerships, Mr. Sinsheimer provides leadership in market strategy and long-term growth planning for NeoImaging Dental™ and the broader NeoImaging™ platform. He holds an 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 brings 30 years of experience in dentistry as a clinician, inventor, entrepreneur, and academic leader across two countries. He is the inventor of NeoImaging™, the first dental imaging platform to combine back-illuminated pixel architecture, microlens-enhanced detectors, and microfocus X-ray technology to enable real-time, microCT-like visualization for dentistry. His innovations also extend into next-generation flat-panel detector design and advanced adaptive optics–inspired imaging concepts. Dr. Uzbelger Feldman previously authored one of the seminal comparative analyses of dental imaging versus medical fluoroscopic technologies and has played a central role in device development, testing strategy, regulatory planning, and assembling the RTI Tech leadership team and strategic partners. He received his DDS equivalent from the Central University of Venezuela, completed his Post-Graduate Certificate in Endodontics at Carlos J. Bello Hospital / Venezuelan Red Cross, and earned his DMD at Temple University, where he has taught in the Department of Endodontology since 2003. He has received multiple national recognitions for his innovations, including the MD+DI Dare-to-Design Reader’s Choice Award in 2014 and the William H. Rollins Award in 2013 from the American Academy of Oral & Maxillofacial Radiology for an outstanding body of 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
15445 Prescott Hill Ave, Charlotte, NC 28277
United States
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