Global industry-leading manufacturer of high-performance, innovative solutions and components across a wide range of industries.
Serving Biopharm and Cell Therapy
Industry-leading provider of material science-based solutions in the biopharmaceutical and cell therapy markets for single-use fluid management.
Medical Components and Custom Solutions
We provide custom components and engineered systems for the medical device industry, including critical parts where precision enables superior performance.
Electronics and Semiconductor Industry Solutions
Design and manufacture a complete line of ultra-high purity, fluoropolymer-based fluid handling components and solutions for the electronics and semiconductor markets.
Industrial & Consumer Solutions (ICS)
Superior engineering and customer support to achieve safety, performance, and regulatory compliance across a broad range of capabilities. Offerings include Tygon® Tubing and Accessories, Hoses and Fittings, Heat Shrink Tubing, and High-Performance Seals.
Sensors Flow Measurement Solutions
Playing an essential role in preventing cross-contamination, validating essential processes, and driving cost savings, we specialize in the development and production of high-quality single-use flow sensors and corresponding equipment.
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Tygon S3™ E-LFL is a clear, flexible tubing developed for peristaltic pump-driven fluid delivery in medical devices, with a particular strength in high-pressure applications such as cardiac irrigation and surgical pump systems. Capable of maintaining flow integrity at back pressures up to 25 psi, E-LFL is ideal for systems that require precise, consistent fluid control under dynamic conditions. Formulated with bio-based, DEHP-free plasticizers, Tygon S3 E-LFL meets USP Class VI, NSF-51, and EU 10/2011 compliance requirements, making it well-suited for use in patient-contact devices and fluid pathways requiring high material consistency. Its clarity supports visual flow verification, while its low gas permeability compared to silicone helps protect fluid composition over time.
