
Absorbable Drug-Eluting Implants
Our polymeric materials can be used as excipients on absorbable drug-eluting implants to allow for facile processing with active pharmaceutical ingredients (APIs) and customizable continued-release profiles.
Our polymeric materials can be used as excipients on absorbable drug-eluting implants to allow for facile processing with active pharmaceutical ingredients (APIs) and customizable continued-release profiles.
Our matierals allow for modification and tailoring of the delivery of active ingredients in a variety of anatomical locations and physiological environments. Contact us today to select materials or products to support next generation delivery for your product.
We offer a portfolio of absorbable polymers that can act as carrier matrices for eluting APIs in a controlled manner.
Our Caproprene® coating system is a unique, low-molecular-weight polycaprolactone-based polymer, creating a waxy, hydrophobic matrix to allow for sustained drug released from the implantable medical device.
Our Strataprene® materials are a family of highly flexible polyaxial block copolymers that can also be used to coat absorbable medical implants. Typically, these polymers facilitate short-term release of APIs of interest.
We offer a wide range of absorbable polymers for drug delivery that include preformed lactide-co-glycolide articles, such as microspheres, particulates, or other articles that can also be rate modifying agents
Our Viscoprene® depot system is a unique and novel liquid block copolymer that conforms to a semi-solid structure when exposed to aqueous settings. This highly customizable drug delivery platform can provide a drug release profile that is continuous.
With our Viscoprene® system, or as a standalone additive, we offer our drug release modifier, Moduprene®, as a way to tailor drug release kinetics. This low-molecular weight particulate system is specifically designed for extending sustainable delivery from days to weeks.
Looking for a trustworthy & competent partner to co-create and manufacture your next-generation absorbable implant?