High-performance and long-life tubing for high-purity applications
- Genuine Masterflex® pump tubing undergoes robust testing to provide optimal performance / pump life hours with peristaltic pump equipment
Precision extruded to tight tolerances for high repeatability, accuracy and reproducibility
Global market leader in range of formulations for most extensive chemical compatibility
- Gentle, low pulsation and accurate dosing and flow when used in the Masterflex® L/S® UltraPharm™ pump head
Longest pump life and lowest spallation when compared to silicone or many other TPE tubing
Ideal for sensitive cell work
Free of DEHP phthalates and halogen plasterers to protect fluid purity
Meets USP Class VI requirements and is FDA compliant
Higher dosing and dispensing accuracy are key in particular bioprocess applications. The Masterflex® L/S® double-Y pump tubing used in conjunction with the UltraPharm™ pump head is specifically designed to fit into the fill/finish step. Utilizing offset rollers and proprietary Masterflex double-y tube sets, the UltraPharm™ pump head produces a gentle, low pulsation, and highly accurate dosing and flow to ensure the greatest product integrity and uniformity.
Applications: Cell and tissue culture work, pharmaceutical biotech, and general-purpose lab
Characteristics: Heat weldable, exceptional tensile and tear strength, good biocompatibility, low gas permeability, smooth surface, translucent clear to light white
Choose our Puri-Flex® tubing for low spallation, low protein binding, and long tubing life. Ideal for cell and tissue culture work and pharmaceutical biotech, this tubing meets USP Class VI and FDA 21 CFR 177.2600 and 177.1810 compliance standards. Puri-Flex® tubing has a working temperature range of –58 to 275°F (–50 to 135°C). Tubing can be sterilized by autoclave up to 275°F (135°C), ethylene oxide, or gamma radiation up to 4.5 Mrad.
Based on your application needs, choose Precision tubing or High-Performance precision tubing. High-Performance precision tubing has a thicker wall that improves pressure generation suction lift and the ability to pump viscous fluids.