OverviewTechnology that turns materials
Technology that turns materials
into medical devices
Turning a good material into a medical device takes forming, processing and an understanding of how it behaves in the body. FINT KOREA extrudes and forms biodegradable composites into tubing and laser-cuts it into stents, and develops absorbable hemostatic materials that stop bleeding from bone and tissue.
Our goal is to reduce the thrombosis and inflammation side effects and reoperation risk of conventional metal and single-polymer PLA stents. We run a pilot production line in the cleanroom at the KIMIRo support center in Cheomdan, Gwangju.
Key Features
Key Features
Tube FormingWe form composite materials into tubing of uniform wall thickness, the foundation for stent processing.
Laser ProcessingWe precision-cut cell patterns into the tubing to achieve expansion and support performance.
Absorbable Hemostatic MaterialsWe develop next-generation absorbable bone hemostats whose properties and functionality are secured through a low-temperature process.
Process
Process Flow
- Tube Extrusion & FormingComposite material → biodegradable tubing
- Laser PatterningCell structure cutting, dimensional inspection
- Post-Processing & SterilizationSurface treatment, cleaning, sterilization
- Performance EvaluationEvaluation of radial force, degradation behavior and biocompatibility
Applied Products
Applied Products
Related Patents
- · Biodegradable Composite Material Composition for Manufacturing Stent and Manufacturing Method Thereof (10-2407468)
- · Biodegradable Composite Material Composition for Manufacturing Peripheral Vascular Stent and Manufacturing Method Thereof (10-2549190)
- · Biodegradable composite material composition for manufacturing stent and manufacturing method thereof (China ZL202211431683.7)