Medical Tubing/Extrusion

Using two materials that are chemically compatible in order to prevent the tubing from delaminating, our engineers manufacture coextrusion tubing with multiple layers. A third layer is introduced when tubing requires incompatible inner and outer layers.

In this process, plastic melts with like or unlike properties, making it possible to create layered structures involving layers with differing material properties. Co-extrusion is used to manufacture combinations with special mechanical, optical or barrier properties.

Certain devices inserted into the body for diagnostic or interventional procedures require an opacity that renders them visible under fluoroscopy or x-ray imaging. We have the technical precision that allows us to affect contrast and sharpness and tailor parts to the specific application of the device.

Extruding different geometries in one process eliminates assembled joints that may be weak or create internal misalignments where fluids can become turbulent or stagnate, reducing labor costs and improving overall product quality.

We incorporate an efficient tipping platform that allows us to maximize our process in producing longer lasting tipping that is used to aid in the insertion and guidance of devices such as catheters and introducers.

Transitional extrusions are a specialized process that varies the ratio of materials relative to each other over the length of the extrusion and is typically used when different properties at the distal and proximal end of a tube are desired.

These common extrusions are incorporated when different functionality is required at the proximal and distal end of a device. When combined with multilayer and multi-lumen technologies, we can offer a number of configurations of limitless potential.

We extrude high-quality and highly concentric tubing that meets specific dimensional and cosmetic requirements, controlling each step in the manufacturing of high-yield balloon tubing.

Silicone extrusion over wire helps electrical equipment perform better in demanding applications and allows for safe and reliable operation. Additionally, it maximizes the integrity and resilience of the end product.

Our thermoplastic extrusion processes provide for the capability of rendering extrusions in a variety of shapes, including round, elliptical, stars and crescents.

Our braiding capabilities are typically used for products that require high torque, push-ability, kink resistance, and steer-ability through tortuous paths in the vascular system.