Single-use molded silicone manifolds are custom made to meet your batch filling and sampling needs in drug and vaccine production.
Molded manifolds, manufactured from platinum-cured Class VI silicone, eliminate the need for barbed fittings while providing a seamless transition from tubing to connection for a continuous unrestricted flow. Designs range from simple molded sanitary ends to complex configurations with varying lengths of tubing and several molded connections.
Single-Use Molded Manifolds are not intended for implantation or continuous steam applications.
Key Features - Eliminates entrapment issues and leaks associated with barbed fittings
- Custom manufactured with Y’s, T’s, crosses, reducers, mini and standard Tri-Clamps®, stoppers and other container closures, and tubing
- Components are permanently molded into one, single-use manifold
- Provides a smooth inner surface without seams or crevices for even, uninterrupted flow
- One animal-derived-ingredient-free material contact surface throughout the assembly
- Reduces end-user component inventory and assembly labor time and expense
- Single use reduces the risk of cross contamination
- Also reduces downtime by eliminating certain cleaning validation requirements
- Provides flexibility in facility design—changes are less costly than with hard piping
- Sterilizable by autoclave and gamma radiation
- Retains silicone’s wide range of temperature resistance: -100°F to 400°F
- Imparts no taste or odor to critical streams
- Manufactured and packaged in a Class 7 (Class 10,000) ISO-certified clean room
- Documented lot traceable with identification on bags
- Documented quality control
Experienced engineers available for technical assistance - Complete validation package available upon request
- DocuLink™ (patent pending) manifold assembly identification permanently molds a part number and/or lot number onto a manifold for quick visual reference and to track the part back to its origins
- Optional RFID tags easily attach to assemblies for identification purposes providing reliable electronic data storage and current status of assemblies from inception to disposal