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October 21, 2025      Materials      228

On October 21, 2025, a 3D printing ink and artificial skin production project with a total investment of approximately 1.018 billion yuan commenced construction in Huai'an District, Huai'an City.

The project is invested in and constructed by Suzhou HVHR Medical Technology Development Co., Ltd., a National High-Tech Enterprise and a Jiangsu Provincial "Specialized, Refined, Unique, and Innovative" enterprise. Upon completion, the project is expected to annually produce 1,500 tons of bio-ink materials, biological external dressings, and 3D bioprinting materials. This initiative will effectively promote the integration of medicine and engineering, facilitate industry-academia-research collaboration, and help further enhance the region's technological capabilities. It will also contribute to extending the biomedical industry chain and gaining a head start in the "15th Five-Year Plan" development period.
In August of this year, HVHR completed its Series B financing, exclusively funded by the Jiangsu Runhuai Industrial Development Fund. Reports indicate that this round of financing will primarily be used for capacity expansion, automation upgrades, and research and innovation in HVHR's biomedical materials sector, further strengthening the company's technological leadership in hemostasis, sealing, anti-adhesion, tissue regeneration, and repair.

HVHR is committed to becoming a global leader in the field of biosurgical technology. Since its establishment in 2005, the company has focused on research, development, and application in cutting-edge areas such as biosurgical trauma repair, orthopedic implants, and tissue engineering. Through a diversified product portfolio, HVHR provides physicians with advanced and efficient treatment solutions while offering surgical patients better treatment outcomes and superior postoperative recovery, thereby improving patients' quality of life.

Leveraging its unique five major technology platforms—Colloidal Silver Technology, Hydrogel Technology, Bacterial Cellulose Technology, Bio-3D Technology, and MT (Metallothionein) Technology—HVHR adheres to a philosophy of trustworthy innovation, deeply explores clinical needs, and has established a comprehensive and multi-tiered product portfolio. This portfolio is centered around bacterial cellulose series products, supported by colloidal silver and hydrogel technology products and bio-3D technology products, supplemented by Anneng medical device products, and backed by metallothionein technology products as reserves.

HVHR's product range covers hemostasis, surgical sealing, anti-adhesion, soft tissue management, and other comprehensive categories. The company has obtained over 50 medical device registration certificates, including two Class III medical devices, with five products recognized as "Innovative Medical Devices" by the National Medical Products Administration or corresponding provincial authorities. Several of the company's products hold unique advantages and leading positions in the domestic market, filling market gaps and enhancing the company's core competitiveness and industry recognition.

The company places great emphasis on research and innovation, having established a comprehensive R&D system and a high-quality R&D team led by Academician Fu Xiaobing, with Dr. Yu Kui as the R&D lead. The team is dedicated to the continuous development and research of biosurgical technologies. To date, the company has obtained nearly 100 patents for core technologies, continuously driving technological innovation and product upgrades, and injecting strong momentum into the company's sustainable development.

HVHR has meticulously cultivated its product channels for many years, now covering over 200 prefecture-level cities in China and serving more than 1,500 hospitals. These include the Chinese People's Liberation Army General Hospital, Southwest Hospital of Army Medical University, The First Affiliated Hospital of Naval Medical University, Eastern Theater Command General Hospital, and the 909th Hospital of the PLA Joint Logistics Support Force. Internationally, its products have entered markets in 19 countries, including Sweden, France, the United States, Chile, Germany, Bahrain, and the United Arab Emirates.

Over the years, HVHR has consistently used new materials to drive medical applications, continuously providing innovative products and comprehensive solutions for the fields of burns, trauma, and wound repair in China, having served hundreds of millions of patients cumulatively. With strong technology, products, and services, HVHR strives to build a premium brand in China's injury and repair industry. In recent years, the company has developed multi-level combat casualty first aid kits and a variety of combat casualty first aid products, demonstrating its commitment to contributing to national defense.

Following this round of financing, HVHR will focus on advancing the construction of its biomedical materials production expansion base, including products such as bio-3D printing inks and biomedical intermediates. This will enhance the large-scale production capacity of high-end medical products while accelerating automated production and intelligent management processes to optimize supply chain efficiency. Additionally, the company will continue to increase R&D investment, register new products such as bacterial cellulose artificial blood vessels and bacterial cellulose beverages, and promote the application of innovative materials in clinical medicine and the broader health industry, providing superior solutions for healthcare professionals and patients.

Future Outlook: Technology + Healthcare + Consumer, Building a New Industrial Ecosystem. Guided by its core philosophy of "Trustworthy Innovation," HVHR is dedicated to becoming a benchmark enterprise that integrates technology, healthcare, and consumer sectors. In the future, the company will continue to explore unmet clinical needs, expand its product matrix, cover broader market scenarios, and contribute to improving the quality of life for patients worldwide.







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