Foster Corporation Announces New Brand Identity For Their Distribution Business
Foster’s Distribution business is now known as “Foster Supply Chain Solutions.” PUTNAM, CT USA – (February 2, 2023) – Foster Corporation, a leader in material solutions for the “critical application” healthcare market segment since 1989 has taken some major strides recently to position their healthcare focused distribution business for strong growth into the future. Key […]
Ascend Performance Materials and Foster Corporation Announce New Hi-Dura™ MED Nylon-Based Products for Medical Market
Putnam, CT – (December 1, 2022) – Foster Corporation’s Distribution business, a leader in material solutions for the “critical application” healthcare market segment and Ascend Performance Materials, a leader in the manufacture and marketing of nylon-based materials and technologies, are pleased to announce Ascend’s new Hi-Dura™ MED grade nylon (PA) based materials for the high […]
FOSTER/MEDNET TO BECOME NEW DISTRIBUTOR FOR ARKEMA’S HIGH PERFORMANCE POLYMERS FOR MEDICAL APPLICATIONS IN THE EMEA REGION
Putnam, CT – (June 1, 2022) – Foster/MedNet will represent Arkema in all countries in Europe, Middle East and Africa beginning July 1, 2022. This agreement includes Arkema’s Pebax® MED, Rilsan® MED, Rilsamid® MED, Rilsan® Clear MED and Kynar® MED product ranges. MedNet, headquartered in Germany, has been supplying the medical industry since 1990. As […]
FDA Biological Testing of Medical Device Materials
Prior to marketing a device, the FDA requires biological evaluation to determine potential toxicity resulting from contact of component materials with the body. The intention of such testing is to ensure device materials do not produce adverse local or systemic effects; are not carcinogenic; or, do not produce adverse reproductive and developmental effects. The specific […]
Nano Reinforcement of Medical Polymers
Enhancing strength and rigidity of polymers used for non-medical applications is often achieved by adding glass, carbon, and other fibrous materials to the polymer during melt compounding. These fillers are too large for the extremely small geometries and thin wall sections of minimally invasive medical devices. In such applications, nano clay reinforcement of polymers is […]
Material Changes for FDA Regulated Medical Devices
Changes in formulations of materials used for manufacturing patient-contacting medical devices or device components often require submission of a new 510(k) by the device manufacturer. This is because formulation changes can affect the biocompatibility, material properties and performance of a device. The FDA defines material formulation changes to include the following: – Changes to the chemical composition […]
Silicones in Medical Devices
Silicones are widely used in medical devices because they are biocompatible, biodurable (do not degrade over time), do not produce extractables (a concern with leaching plasticizers from flexible PVC), and are unlikely to cause allergic reactions (a concern with latex). Medical applications for silicones are far ranging from wound care gels to flexible drainage tubes […]
Catheter Pushability and Navigation
Two common criteria for catheter shafts are pushability and navigation. Pushability refers the force applied by a physician to advance the catheter to the designated therapeutic site. Navigation refers to the ability of the catheter shaft to move freely through the non-linear vascular pathway. To advance a vascular catheter, sufficient push force must be exerted […]
PVC Remains Relevant in Medical Devices
Polyvinyl chloride (PVC) represents as much as one-third of the volume of polymers used in the manufacture of medical devices. Common device applications for PVC include intravenous (IV) tubing and blood bags. Environmental and health advocates have expressed concerns for years regarding the use of the polymer in medical applications, and the FDA issued an […]
The Versatility of Medical Thermoplastic Urethanes
Thermoplastic urethanes (TPUs) fall within a class of materials known as thermoplastic elastomers (TPEs). Yet, TPUs comprise a class of materials unto themselves due to versatility in the polymer chemistry. As such, there are many types of medical TPUs, with distinctly different properties. TPUs are copolymers of hard and soft segmented molecular chains that exhibit […]