Our EVA and Polyurethane Drug Delivery Devices solutions leverage advanced thermal process equipment to enhance the manufacturing of subcutaneous drug delivery systems. Specializing in the bonding of ethylene-vinyl acetate (EVA) contraceptive rings and the creation of polyurethane drug delivery capsules, our technologies ensure precision and quality in shaping thermoplastic materials for medical applications.
Key Features:
- Thermal Process Equipment: Utilize our state-of-the-art thermal systems for efficient bonding and forming of EVA and polyurethane components, ensuring robust and repeatable process controls essential for the medical device and pharmaceutical industries.
- Versatile Solutions: From bench-top systems ideal for R&D facilities to turnkey automated solutions for high-volume manufacturers, we cater to diverse production needs, supporting both small-scale development and large-scale manufacturing.
Applications:
- Intravaginal Rings (IVR): Widely used as contraceptive devices, our equipment facilitates the precise bonding and shaping of EVA materials to produce high-quality IVRs.
- Antiretroviral (ARV) Devices: Develop technologies aimed at preventing HIV and other sexually transmitted diseases through the creation of effective ARV delivery systems.
- Microencapsulation Drug Delivery Systems: Advance applications such as ocular implants, opioid addiction treatments, cancer therapies, and pain management solutions with our specialized equipment designed for precision and reliability.
Learn More:
- Subcutaneous Drug Delivery Devices: Explore the growing field of subcutaneous drug delivery devices in this article from Drug Development & Delivery Magazine.
- Kiser Lab at Northwestern University: Follow the innovative work in drug delivery technology led by the Kiser Lab.
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Find out more about the growing field of subcutaneous drug delivery devices in the following article from drug development and delivery magazinewww.drug-dev.com
You can also follow the Kiser lab at Northwestern University who is leading innovation in this ground-breaking technology.www.kiserlab.org