Absorbable Material Innovations
LEADERS IN BIORESORBABLES
Materials, devices, and delivery materials that work with the body for better, faster outcomes.
Watch Video
LEADERS IN BIORESORBABLES
Materials, devices, and delivery materials that work with the body for better, faster outcomes.
Watch Video
At Poly-Med, we design, develop, and manufacture custom absorbable polymers and biomedical materials to propel specialty product visions into tangible, highly-competitive, and unique product offerings.
We support client medical device ideas with innovative biodegradable materials and processing.
Absorbable polymers can transform the healing process by temporarily restoring functionality in targeted areas. After use, they resorb within the body without a trace, minimizing the need for follow up surgical procedures.
LEADERS IN BIORESORBABLES
Our approach yields consistent quality, consistent results, and a consistent product
A vertically integrated design and development process supports our customers from concept through manufacturing.
We produce an array of components, all to customer specifications, in an ISO certified environment.
Analytical testing is a cornerstone of our business and how we help our clients assess absorbable materials.
Our design and development approach and ISO 13485 certification are keys to our quality controlled methodology.
To design, develop, and manufacture custom biotechnology materials, from concept to finished product
Creating first-in-class transformative absorbable biomedical devices and pharmaceutical products that improve millions of patient’s lives
Developed to date. We continuously develop new bioresorbable materials to meet innovative device needs
We can help you develop a device or drug delivery system from polymer to finished good. Let's get started.
Free Consultation
Bioresorbable Medical Devices as Implantable & Degradable Tissue ScaffoldsSeptember 23, 2022 - 8:00 pmBioresorbable Medical Device Overview: Bioresorbable medical devices are implantable materials designed for a particular treatment and degrade over time once the scaffold is no longer necessary. Bioresorbable polymer materials may be synthetic or naturally-derived, exhibit high biocompatibility, and may degrade through mechanisms including but not limited to bulk hydrolysis, surface erosion, or enzymatic degradation depending […]
