PROVIEW-MBD Biotech focuses on smart hydrogel and polymer materials as its core technologies, dedicated to developing medical products that combine clinical value and global competitiveness.
The company’s product portfolio covers anti-adhesion, lubrication, protection, and regenerative medicine applications, continuously enhancing healthcare quality through material innovation.
Products on the Market
"PROVIEW-MBD" Atamabarrier Anti-Adhesion Gel
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"PROVIEW-MBD" Sedoso Patient Lubricant
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Future Technology Applications
In addition to the existing marketed product, PROVIEW-MBD Biotech continues to expand the applications of its Smart Hydrogel Platform Technology, integrating clinical needs with innovative material development to drive the creation of next-generation medical devices.
- In Vivo and In Vitro Hydrogel Lubrication System: Utilizing hyaluronic acid (HA) hydrogels and crosslinking technologies, a controllable degradation-time platform has been developed, leading to the creation of both internal and external lubrication systems.
- Hemostatic Powder Hydrogel System: Based on carboxymethyl cellulose (CMC) materials and hydrogel formulations, this system enables rapid hemostasis through powder forms that can be applied in minimally invasive surgeries for internal wound management.
- Thermosensitive Anti-Adhesion Hydrogel System: Developed using bioabsorbable, temperature-sensitive hydrogel polymers, this system integrates with minimally invasive spray devices. Through in-situ gelling mechanisms, it is applied to prevent postoperative adhesions in abdominal and uterine surgeries.
- Hydrogel-Based Prevention and Therapeutic System: Designed as a sprayable hydrogel with imaging visibility and thermosensitive stability, it maintains its gel state and drug-loading capability for use in preventing recurrence following tumor resection surgeries.
- Ultimate Objective — Regenerative Medicine Applications: Building upon patented hydrogel platform technologies, PROVIEW-MBD Biotech continues to develop minimally invasive surgical devices and tissue-repair materials using bioactive, self-healing components aimed at advancing regenerative medical applications.