Tubes reinforced by helically winding metal or polymer wires, or by braided mesh structures. A wide range of inner and outer diameters, wire diameters, and winding or braiding pitches can be accommodated.

Tubes composed of multiple layers.
The inner layer can be made of materials with excellent chemical resistance and low friction, such as fluoropolymers, while the outer layer can be coated with thermoplastic resins including nylon and polyurethane.
Strength can be further enhanced by incorporating braided or coil-reinforced structures as intermediate layers.

Tubes incorporating multiple resin hardness levels within a single structure.
Soft and rigid segments can be precisely controlled within one tube to meet functional and handling requirements.

Braided tubes and coil-reinforced tubes featuring multiple lumens.

Tube joining enables the integration of multiple functions into a single tube assembly.

Catheters with connectors or other parts joined to the tube ends.
Depending on the material and size, various joining methods are available, including injection molding (insert molding) and adhesive bonding.

A variety of secondary processing operations can be applied to tubes to create specific geometries.
Examples include bending, tapering, end rounding, and side-hole formation.

Fine stranded wires (wire ropes) offering both flexibility and high strength, and multi-wound coils (torque coils) optimized for torque transmission.
A wide range of stranding constructions and wire materials can be selected to meet specific performance requirements.

Single wires, stranded wires, and wound coils with polymer coatings applied to improve durability, sliding performance, and overall functional properties.

By taper-grinding metal wires, bending stiffness can be precisely controlled along different sections of the wire.