Flashless molding uses precision tooling to mold rubber parts with only small amounts of flash. The tooling is more expensive, but flashless molds reduce costs over time by eliminating secondary operations.
Value Stream Mapping at The Rubber Group Provides Customer Benefits
The Rubber Group recently completed a value stream mapping project that will reduce waste, remove production bottlenecks, and improve the overall effectiveness of our processes.
Design Considerations for Smaller Molded Rubber Parts
Do you need to design smaller molded rubber parts? Then read this article about design considerations and contact The Rubber Group for your next project.
Reduce Tooling Costs with Better Designs for Molded Rubber Products
Do you need to reduce tooling costs for molded rubber products? Then it’s time to review your part designs and find some areas for improvement. We can help.
Rubber Seal Design: Molding and Material Considerations
Do you need help designing a rubber seal for injection, compression, or transfer molding? Then remember to account for these molding and material considerations.
Rubber Products in Different Sizes and Diverse Molding Capabilities
The Rubber Group uses injection, compression, and transfer molding to produced rubber products in sizes large and small. We have the rubber molding capabilities you need.
Rapid Prototyping for Molded Rubber Products
Do you need rapid prototyping for molded rubber products? Compare The Rubber Group’s flexible, cost-effective approach to RTV molding and 3D printing.
Medical Silicone Rubber Molding and Silicone Rubber Mold Materials
Many medical molding applications use silicones, but not all of these elastomers are right for your application. Learn about silicone selection.
Injection, Transfer and Compression Molding Explained
What are the advantages, disadvantages and differences between rubber injection molding, transfer molding, and compression molding? This article explains.
Rubber-to-Plastic Bonded Assemblies: Design and Manufacturing Considerations
Rubber-to-plastic bonded assemblies consist of an elastomer that is molded and chemically bonded to a prepared plastic surface using a specialized adhesive.