An orthopedic implant to replace a failing hip or knee. A temperature-control pad to keep patients stable during surgery. Systems to minimize infection and promote healing. These are the types of applications in which UFP MedTech plays a critical role.

With our expertise in advanced materials for infection control and prevention, we help our customers create solutions to minimize hospital-acquired infections (HAI) and enhance patient safety.

Infection Control

Implants used in the orthopedic market must be delivered safely and improve patient comfort and quality of life. Our engineers specialize in creating solutions that make patients’ lives safer.


From beds to positioning devices to temperature control pads, UFP MedTech creates optimized solutions through our vast expertise with foams, films and fabrics as well as fabrication methods such as compression molding, thermoplastic joining, lamination, and die cutting.

Surfaces & Support

UFP MedTech’s devices and components for interventional and surgical procedures play a key role in less pain, shorter hospital stays and fewer complications for patients.

Interventional & Surgical

Man Running With Knee Brace On

Our therapeutic devices promote faster recovery from surgery or injury as well as assisting in activities of daily living.

Man Running With Knee Brace On



New materials and components are continuously being developed to support this rapidly growing industry. In collaboration with our clients, we’ve been on the forefront of designing and manufacturing low profile covers and enclosures for wearable medical devices.

Our negative pressure wound therapy products (NPWT), wound moisture barriers, and hydrophilic solutions for exudate absorption assist and speed up the body’s natural healing process.

Wound Care

Woman getting a mammogram

We help our customers innovate as they develop and improve new and existing products. We provide solutions such as components for imaging and test equipment and cushioning for x-ray procedures.

Woman getting a mammogram