Transfer Assembly Jumper Tubing, Silicone, Non-aseptic

Thermo Scientific™ Standard Fluid Transfer Assemblies with Thermo Scientific™ BioTitan™ Retention Device increases single-use product flexibility. They connect to our standard Labtainer BPCs, Productainer BPCs, single-use bioreactors, mixers, and fermentors right where you need them. They deliver simplified connectivity and enable greater process efficiency for most upstream and downstream process operations.

• One set of stocked products reduces the number of customized stock keeping units (SKUs), simplifies the ordering process, and reduces product storage requirements
• Manufactured with the BioTitan Retention Device—designed to provide superior universal tubing retention that minimizes the risk of leakage and failure at connection points
• Multiple manufacturing sites ensure security in product supply
• Produced under cGMP conditions in ISO 7 clean rooms to ensure a high level of quality
• Characterized using ISO, USP, EP, and ASTM test methods to validate performance

Standard Fluid Transfer Assembly products interconnect with Thermo Scientific standard BPC products to deliver a comprehensive and complete set of single-use products to meet the needs of your facility or process. Designed to aid many common production processes such as sampling, transfer, and filling, a fit-for-purpose solution in the required tubing size and length can be easily selected from these designs.

All Standard Fluid Transfer Assembly products are constructed of capped-end connectors and thermoplastic elastomer (TPE) tubing for use with welders. The Extension Set is available in a variety of tubing sizes and lengths to meet your fluid transfer needs.

These Standard Fluid Transfer Assembly products provide a common set of products that addresses an expansive set of needs. They are manufactured at multiple sites globally to minimize concerns of production interruptions and supply shortages. These products are built to our high quality standards to facilitate the success of your process.