OptoVibronex develops the patented OptoScope 2.0, a non-invasive medical imaging and material-characterization device that combines optical coherence tomography with vibrational analysis to map tissue structure and mechanical properties. Based in Mount Bethel, the company is focused particularly on dermatology and aesthetic dermatology, with potential uses in virtual biopsy, wound healing and implant assessment. Co-founder and Chief Technical Officer Dr. Fred Silver brings 35 years as a Rutgers pathology professor, more than 30 patents and over 200 publications on biological materials and their mechanics.
US Patent Number: 10,488,277
EU Patent Pending: Europe # 16866811.9
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LighTopTechLighTopTech builds optical instruments and software for nondestructive imaging inside living tissue and manufactured materials. Its OCX® system combines optical coherence tomography with Gabor Domain Optical Coherence Microscopy in a compact desktop instrument, using a liquid-lens, bioinspired microscope design to produce high-resolution 3D images without cutting into a sample. The company’s work spans biomedical imaging and manufacturing quality control, with research published on applications including corneal tissue and skin.WEST HENRIETTA, NY
Pharos Imaging, IncPharos Imaging is developing a compact optical coherence tomography platform designed to bring microscopic imaging out of specialist back rooms and into portable, everyday settings. Founded around a team led by co-founders Dr. David Rubaltelli and Dr. Xingchen Ji, the company is building a battery-powered, cloud-connected system that is smaller than a cell phone and intended to broaden access to OCT for home monitoring and screening.NEW YORK, NY
Caliber Imaging & Diagnostics, IncFounded in 1991 as Lucid Technologies, Caliber Imaging & Diagnostics designs and manufactures medical imaging systems that reveal tissue at the cellular level. Headquartered in Andover, Massachusetts, with manufacturing in Rochester, New York, the company developed its VivaScope suite of in-vivo confocal microscopes for clinical skin imaging and research. Its Rapid Cell ID technology and telepathology tools support near-real-time review and collaboration among physicians and scientists.ROCHESTER, NY
OsteoDxOsteoDx develops an investigational, radiation-free device that measures bone mechanics noninvasively through its Cortical Bone Mechanics Technology (CBMT™). The Athens, Ohio company was co-founded by Brian Clark, a musculoskeletal health researcher, and its platform uses controlled vibration at the forearm to assess properties such as bending stiffness and flexural rigidity. CBMT has received more than $10 million in NIH-supported research and development and is intended for research and clinical-study settings rather than routine clinical use.ATHENS, OH