120+ Core PatentsBuilding Technological Barriers
Hongyu Medical continuously invests in R&D and innovation, establishing a comprehensive independent intellectual property system in areas such as vascular closure, minimally invasive surgery, and biomaterials.
Core Patents
Strategic Technology Portfolio
Encompassing four core technology domains: vascular closure, minimally invasive devices, biomaterials, and intelligent control.
Adaptive Pressure Feedback Vascular Closure Device
Real-time clamping force adjustment technology based on micro-pressure sensors, minimizing tissue damage during the vascular closure process.
Preparation Method for Biocompatible Titanium Alloy Coating
Medical-grade Ti-6Al-4V coating process, passing ISO 10993 cytotoxicity testing to minimize tissue rejection.
Single-Hand Quick-Release Vessel Clamping Mechanism
Featuring a single-hand, one-touch release design, it enables instrument withdrawal within 3 seconds after closure, thereby enhancing surgical efficiency.
Absorbable Surgical Suture Anchor System
Joint fixation anchors manufactured from bioabsorbable materials, eliminating the need for secondary surgical removal and achieving complete degradation within 6 to 12 months.
Micro Implantable Cardiac Pacemaker Electrode Design
Low-impedance electrode structure specifically designed for small to medium-sized dogs and cats, extending battery life to over 8 years.
Intelligent Surgical Navigation and Positioning System
Intraoperative real-time navigation based on optical tracking, assisting surgeons in precisely locating lesions and vascular trajectories.
Innovation · Key Highlights
Technical Breakthroughs and Industry Recognition
Every innovation is driven by profound insights into clinical pain points and engineering breakthroughs.
Intelligent Pressure Feedback Technology Wins Industry Innovation Award
V-CLAMP's core patented technology has been awarded the 2024 China Pet Medical Technology Innovation Award, recognized as the "Most Clinically Valuable Technology of the Year".
Industry-University-Research Cooperation Base Established
Established an industry-university-research cooperation base in partnership with three key universities to jointly cultivate highly skilled technical professionals in the medical device sector.
Breakthrough in R&D of Next-Generation Bioabsorbable Materials
Our independently developed PLGA-based bioabsorbable material has successfully completed animal trials, with a degradation cycle precisely controllable within a 6 to 12-month range.
Contact · Contact Us
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We welcome open discussions regarding technology licensing, joint R&D, and academic exchanges.
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