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ENvue Medical Strengthens Patent Portfolio with New USPTO Notice of Allowance for Feeding Tube Combining Electromagnetic Navigation with Direct Visualization Through an Integrated Internal Camera
Globenewswire· 2026-02-24 13:30
Core Viewpoint - ENvue Medical, Inc. has received a Notice of Allowance from the USPTO for a patent application related to a feeding tube that integrates electromagnetic navigation and a distal-tip camera, enhancing placement confidence and visualization during procedures [1][2][3] Company Overview - ENvue Medical, Inc. specializes in advanced navigation technologies for enteral access, focusing on intelligent, non-invasive solutions for both clinical and home care settings [4] - The company is headquartered in Tyler, Texas, with research and development facilities in Tel-Aviv and Nesher, Israel [4] Patent Details - The allowed patent includes 18 claims that cover a feeding tube design featuring an integrated distal-tip camera for real-time visualization and an embedded electromagnetic sensor for continuous positional tracking [2] - The design also incorporates MRI-related safety features to control RF-induced heating below defined thresholds [2] Strategic Vision - The CEO of ENvue Medical stated that the patent allowance aligns with the company's vision to transition enteral access from traditional methods to intelligent, visualized placement, enhancing clinical value and competitive positioning [3] - The patent is part of a broader family of patents dating back to 2017, covering multiple generations of electromagnetic feeding tube technology [3] Product Development - The ENvue™ Navigation Platform is a minimally invasive electromagnetic navigation system that assists clinicians in placing feeding tubes, providing real-time visualization and supporting informed decision-making [5] - Future expansions of the platform may include applications for pediatric and vascular access [5] Technology Commitment - ENvue Medical is committed to advancing standards in non-invasive therapy and minimally invasive navigation, focusing on patient safety, clinical usability, and technological innovation across various healthcare environments [5]