TRG’s medical silicone complies with USP Class VI requirements for biocompatible elastomers that are safe for use when contact with human tissues and fluids is possible.
Large Part Injection Molding
The Rubber Group uses a DESMA 968.400 ZO Benchmark (S2) for large part injection molding.
TRG Acquisitions Add New Capabilities for Customers
The Rubber Group (TRG) has acquired two more companies, SSRP and TEAM Products, and is adding capabilities that complement our custom rubber molding services.
These Heroes of Flight Keep Things Tight: Bulb Seals for Aerospace
Bulb seals help keep aircraft cabins pressurized. They also contain critical fluids within complex onboard equipment. These heroes of flight keep things tight.
Get a Grip: Why Rubber Overmolding is Essential for Medical Handles
Medical handles that use rubber overmolding contribute to the safety of patients and the well-being of healthcare workers. They improve comfort and gripping.
ISO 10993 vs. USP Class VI: Medical Molding and Biocompatible Rubber
ISO 10993 and USP Class VI both define testing requirements for biocompatibility. Learn about the differences between them so you can select the right rubber.
Medical (USP Class VI) Injection Molding for Rubber Products
Medical injection molding (USP Class VI) for rubber products provides USP Class VI biocompatibility with control and consistency across high volumes of parts that require medium-to-high levels of precision.
USP Class VI Elastomers: Use Fully Tested Materials
The Rubber Group sources and molds fully-tested and certified USP Class VI elastomers for medical, healthcare, pharmaceutical, and biopharma products.
Sterilization Mats for Medical Devices, Surgical Instruments and Dental Tools
The Rubber Group molds standard and custom silicone sterilization mats for medical, surgical, and dental customers in various colors, sizes, and features.
FKM Shortages: How to Prevent Supply Chain Interruptions
Medical transfer molding provides tight control of part tolerances and can fill hundreds of mold cavities from a single pre-formed material. For both short runs and high volumes, this flexible manufacturing method supports complex shapes, thin-walled parts, and consistent dimensions.