Poly-Med, Inc. provides fully traceable, implant-grade materials that offer customized product solutions when an implant does not need to permanently remain in the body. Our bioresorbable polymers are manufactured in a cGMP-compliant facility and under an ISO 13485-certified quality system.
Bioresorbable polymers, also known as bioabsorbable polymers, are synthetic materials that can be utilized in implantable medical devices for treatment and degrade over time when the scaffold is no longer required. Poly-Med offers a catalog of bioresorbable polymers that include linear polymers such as polydioxanone (PDO) and polyglycolide-co-lactide (PGLA). Our block copolymers are designed with segmented degradation properties including our Glycoprene®, Lactoprene®, and Strataprene® polymer series. Contact Poly-Med today for a free consultation for selecting the most appropriate polymer for your next generation bioresorbable medical device.
Hydrophilic, swellable copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This family of copolymers provides a wide range of strength retention and stiffness. In addition, this unique set of polymers provides a hydrophilic component that improves swellability and lubricity.
Glycolide/Lactide copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This polymer family provides the recognized performance of PGLA copolymers tailored for the most demanding applications.
Glycolide-based copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This polymer family provides similar performance to PGLA polymers, but with improved strength retention.
Glycolide-based copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This polymer family provides similar performance to PGLA polymers, but with improved strength retention.
Dioxanone-based polymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This polymer family provides the recognized performance of PDO based polymers. Polydioxanone polymers are utilized for their extended strength retention, coupled with flexibility.
High flexibility polyester copolymers for various applications, including extruded articles, solvent processing, molded applications, and 3D Printing. This polymer family provides long-lasting, elastic-like performance and enhanced toughness.
High flexibility polyester copolymers for various applications, including extruded articles, solvent processing, molded applications, and 3D Printing. This polymer family provides long-lasting, elastic-like performance and enhanced toughness.
Lactide-based copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. Our Lactoprene® copolymers exhibit lower amounts of acid forming units and increased flexibility, as opposed to typical lactide-based homopolymers.
Lactide-based copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. Our Lactoprene® copolymers exhibit lower amounts of acid forming units and increased flexibility, as opposed to typical lactide-based homopolymers.
Lactide-based copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. Our Lactoprene® copolymers exhibit lower amounts of acid forming units and increased flexibility, as opposed to typical lactide-based homopolymers.
Our materials offer distinct advantages through their unique attributes, based on their chemical composition and mechanical properties.
Glycolide/Lactide linear random copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This polymer family provides the recognized performance of PGLA copolymers tailored for the most demanding applications.
Dioxanone-based linear homopolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This polymer family provides the recognized performance of PDO based polymers. Polydioxanone polymers are utilized for their extended strength retention, coupled with flexibility.
Next generation polymers designed to have segmented degradation profiles, and increased flexibility & toughness compared to traditional linear polymers.
Glycolide-based polyaxial block copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This polymer family provides similar performance to PGLA polymers, but with improved strength retention & toughness.
High flexibility, polyaxial block copolymers for various applications, including extruded articles, solvent processing, molded applications, and 3D Printing. This polymer family provides long-lasting, elastic-like performance and enhanced toughness.
Lactide-based linear block copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. Our Lactoprene® copolymers exhibit lower amounts of acid forming units and increased flexibility & toughness compared to typical lactide-based homopolymers.
Hydrophilic, swellable copolymers for various applications, including extruded articles, fiber extrusion, textiles, molded applications, and 3D Printing. This family of copolymers provides a wide range of strength retention and stiffness. In addition, this unique set of polymers provides a hydrophilic component that improves swellability and lubricity.
We offer a wide variety of flowable absorbable polymers that can act as implantable depots for APIs or other granule-based materials.
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 polymer depot can act as a binding agent for granule-based materials or as an excipient for APIs.
In combination with our Viscoprene® system, or as a standalone additive, we offer our viscosity modifier, Moduprene®, as a way to tailor the flowable characteristics of liquid polymers and degradation profiles of our materials. This low-molecular weight particulate system is also able to extend long-term drug delivery systems from days to weeks.
Looking for a trustworthy & competent partner to co-create and manufacture your next-generation absorbable implant?
