Braided Shafts

Flexible steel shafts for endoscopy devices, laparoscopic instruments, and steerable surgical tools requiring precision torque transmission.

Specialized braiding services for catheter shafts and medical device components, providing reinforcement and flexibility for minimally invasive procedures. Includes full and partial shaft reflow secondary processing capabilities.

Precision linear shafts used in medical automation systems for smooth linear motion applications. These hardened steel shafts provide reliable guidance and support for moving components in medical devices.

Hardened optical shafts providing precise positioning and guided motion for medical imaging and diagnostic equipment. These shafts support accurate alignment in equipment requiring submicron precision.

Precision-manufactured rotational atherectomy components for lesion treatment. These components support high-speed rotational procedures with validated performance.

High-precision ceramic shafts for medical pump applications manufactured with mirror finishing and micron-level accuracy. These components are designed for rotating applications requiring superior wear resistance and dimensional stability.

Precision extension shafts for surgical drills customized to specific surgical requirements. Manufactured with CNC precision to maintain alignment and minimize vibration during procedures.

Custom catheter manufacturing utilizing precision extrusion techniques to create specialized tubing and shafts for cardiovascular and endovascular applications. Supports various material specifications and dimensional requirements for complex medical devices.

Precision machining of small diameter medical tubing for catheter shafts, endoscope channels, and fluid delivery systems. Includes centerless grinding for consistent dimensional accuracy.

Catheters featuring advanced braided shaft construction for enhanced structural integrity and performance. Manufactured using specialized extrusion and braiding techniques for various therapeutic applications.

Support bearings for rotating shafts in medical automation equipment. These precision components reduce friction and provide stable rotation for medical device mechanisms.

The epidural shaft is a critical component that determines the performance of catheters used for anesthesia and pain management. We provide customized OEM·CDMO services based on precision extrusion, tolerance control, and braiding application technologies. Stiffness profiles can be designed to simultaneously achieve flexibility and kink resistance, and a wide range of length and diameter specifications can be accommodated. As a component development partner dedicated to enhancing the performance of our customers’ finished catheters, we provide consistent technical support from prototyping through mass production.