TekniPlex Healthcare, which utilizes advanced materials science expertise to help deliver better patient outcomes, will emphasize its significantly broadened capabilities for the design and manufacture of Class III implantable devices and delivery systems at Compamed, November 11-14 in Düsseldorf, Germany. At Hall 8b, Stand N02, the company will highlight its status as a full-fledged CDMO in these niches, one capable of partnering with startups and established entities alike on everything from initial concepting, prototyping, and pilot production through larger-scale manufacturing and commercialization. The company will also showcase several recently introduced solutions, including bio-based PVC compounds and its most robust reinforced paper to date for medical device packaging applications.
Expanded upstream capabilities for medical device development
TekniPlex Healthcare is among the few medical device CDMOs offering comprehensive, ideation-to-completion product creation across a wide range of categories including endovascular stents, heart valves, and delivery systems. Among other differentiators, the company offers high-precision, tight-tolerance development and prototyping for the mission-critical metal components typical not only in cardiovascular settings but also pulmonary, gastrointestinal, laparoscopic, and other endoscopic applications – including devices for delivering chemotherapy drugs.
TekniPlex Healthcare now offers an array of services supporting customers from early ideation stages through product development, prototyping, clinical trials, testing, new product introduction, and full production of catheter-based systems and other tubing-related solutions. This includes an array of precision secondary processes, as well as clean room assembly of Class II and Class III devices such as stents, heart valves, catheter-based devices, and delivery systems.
Bio-based compounds for medical plastics applications
TekniPlex Healthcare has become the first healthcare solutions company to introduce bio-based compounds for medical plastics applications whose performance and compositional properties are equivalent to conventional polyvinyl chloride (PVC) resins. Certified through the globally recognized International Sustainability & Carbon Certification PLUS (ISCC PLUS) system, the bio-based medical-grade PVC compounds utilize resins and plasticizers manufactured with renewable energy and bio-attributed classification. The compounds are equivalent to traditional medical-grade PVC in terms of chemical composition, functionality, and regulatory viability.
The bio-based, medical-grade PVC compounds enhance sustainability profiles without sacrificing the reliable performance for which traditional PVC compounds are known. Conveniently, the resins are drop-in replacements for a wide variety of injection-molded or extruded PVC compounds utilized in a broad array of applications, including tubing solutions such as IV therapy tube sets, drip chambers, and peristaltic pump tubing; films used for trays, pouches, bags, and other form-fill-seal settings; and other components composed of medical-grade plastics.
Expanded Tyvek® converting and reinforced paper for med device packaging
At Compamed, TekniPlex Healthcare also will showcase samples of its medical device packaging offerings, including a variety of grid lacquer-coated paper specifications and coated Tyvek® options. Notably, TekniPlex Healthcare recently expanded its converting capability for DuPont™ Tyvek® healthcare styles to include the Europe, Middle East & Africa (EMEA) region. For the company’s wide array of medical device customers in the EMEA zone, the development will yield local sourcing and shorter lead times for market-leading coated solutions containing Tyvek® products.
Compamed will also be the EU debut of TekniPlex Healthcare’s strongest-ever reinforced paper for medical device packaging applications. The HPC74 Series features the highest puncture and tear strength of all TekniPlex Healthcare reinforced papers to date, as well as outstanding porosity levels. Available in various proprietary coating formulations, the high-performing, breathable medical-grade paper provides a clean peel and wide processing windows for roll stock and lidding applications.