Technology · Technical Patents

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.

120+ Core PatentsBuilding Technological Barriers
120+
Granted Invention Patents
45+
PCT International Patents
15%
R&D Investment as Percentage of Annual Revenue
60%+
Proportion of R&D Team with Master's Degree or Higher

Core Patents · 核心专利

关键技术布局

覆盖血管闭合、微创器械、生物材料、智能控制四大技术方向。

CN 2024 1 XXXXXX.X

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.

CN 2023 1 XXXXXX.X

生物相容性钛合金涂层制备方法

医用级 Ti-6Al-4V 涂层工艺,通过 ISO 10993 细胞毒性测试,降低组织排异反应。

CN 2023 2 XXXXXX.X

单手快速释放血管夹持机构

单手操作一键释放设计,闭合后 3 秒内完成器械撤出,提升手术效率。

CN 2024 1 XXXXXX.X

可吸收性外科缝合锚钉系统

生物可吸收材料制成的关节固定锚钉,术后无需二次取出,6-12 个月完全降解。

CN 2024 1 XXXXXX.X

微型植入式心脏起搏器电极设计

专为中小体型犬猫设计的低阻抗电极结构,延长电池寿命至 8 年以上。

PCT/CN2024/XXXXXX

智能手术导航定位系统

基于光学追踪的术中实时导航,辅助术者精确定位病灶与血管走向。

End-to-End Innovation Chain
from Concept to Clinical

R&D · R&D Capabilities

End-to-End Innovation Chain
from Concept to Clinical

Yu Medical features an independent R&D center and GMP-compliant production facilities, establishing a full-lifecycle innovation system that spans basic research, engineering development, regulatory submission, and clinical translation.

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
2024

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".

产学研合作基地落户
2024

产学研合作基地落户

与 3 所重点高校共建产学研合作基地,联合培养医疗器械领域高层次技术人才。

新一代生物可吸收材料研发突破
2025

新一代生物可吸收材料研发突破

自主研发的 PLGA 基可吸收材料完成动物实验,降解周期可控在 6-12 个月范围内。

Contact · Contact Us

Explore Technical Collaboration Opportunities

We welcome open discussions regarding technology licensing, joint R&D, and academic exchanges.

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