Pushing Design Boundaries with Materials Science to Respond to the Voice of the Patient
The wearable drug delivery industry continues to expand, driving demand for smaller device sizes of existing applications and developing new applications to deliver drug products.
Tailored drug delivery and storage systems and discreet wearable technologies allows patients to conduct normal lifestyles, but the current products and/or solutions are inadequate; The challenge is twofold:
- Application environments are challenging for current industry material properties and capabilities
- The drug delivery devices don’t meet the lifestyle demands of the device users
Solution providers with materials science as a key capability can lead the way with new material formulation offerings that push boundaries once considered impossible.
In this new case study from Minnesota Rubber & Plastics (MRP), “Tailoring Drug Delivery and Storage Systems to Meet the Evolving Market”, we’ll explore the three mainstays for providing customers with drug delivery and packaging solutions:
- Material Suitability and Compatibility
- Device Mechanics and Design
- Regulatory Standards and Compliance
Learn how MRP is pushing design boundaries with material science to help customers respond to the voice of the patient.
[Read Case Study]
About Minnesota Rubber & Plastics
Minnesota Rubber & Plastics (MRP) is a leader in material compound development and the manufacturing of custom elastomeric and thermoplastic components. For 76 years, the company has built a reputation for consultative design services and successful production of “the tough parts.” With facilities across North America, Europe, and Asia, MRP collaborates with customers to solve difficult sealing and component challenges across multiple markets. Capabilities include materials science and formulation, new product prototyping, operational excellence and supply chain consolidation. The company’s new Innovation Center provides its customers with direct access to materials science expertise and a fully integrated design-build-prototype-test process that enhances innovation and greatly accelerates product development. The company places emphasis on research and development and empowers its technicians to design, formulate, develop, and test a wide range of highly engineered materials and parts. For more information, please visit www.mnrubber.com. meet the next-generation needs of our customers’ product.
Minnesota Rubber and Plastics