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Cannulae - Polymer Solution
Nordson MEDICAL is the world's leading contract manufacturer of cardiopulmonary vascular cannulae, catheters, and specialized medical tubing for a wide range of clinical applications. The key is our Avalon Laboratories polymer solution casting technology, which allows us to design and manufacture custom tubing with features not achievable by conventional extrusion or injection molding, at less cost.
Many Properties; One Device
Applying liquid polymers in layers allows us to combine into one device materials with different properties including strength, lubricity, and flexibility. This technique allows varying wall thicknesses and diameters along the length of the device in a single-piece construction, while maintaining tight tolerances. We can also add reinforcement for flexibility, kink resistance, and maneuverability. Polymer solution casting results in thin walls, high flow, and superior column strength for enhanced performance.
Customized Materials to Meet Your Needs
Our experienced material engineers can collaborate with you to select the optimal materials to meet your device’s design and performance requirements. Materials include:
Polyvinyl chloride (PVC)
Silicone urethane copolymers
Custom formulations, compounds, and blends
Extensive Custom Capabilities
Single- or multilumen tubing
Complex geometric designs
Standard and custom colors
Wide range of diameters and durometers
Embedded reinforcement options
More About Polymer Solution Cast Products
Nordson MEDICAL produces a wide range of products for surgical and minimally invasive procedures, including valve replacement and repair, bypass surgeries, urology, lung support, and ventricular assist device (VAD) therapies, and other specialized medical tubing applications.
Looking for Other Technologies to Develop Your Catheter-Based Device?
Our engineered shafts give you the ability to leverage the performance characteristics of multiple materials within one shaft to achieve a balance of strength, flexibility, torque response, kink resistance, and more.
Browse technical information for cannulae & catheter materials, shapes, profiles, and more