Thin-walled tube

Disposable polymer tube components manufactured for minimally invasive medical procedures. These single-use components are engineered to exact specifications and meet applicable medical device standards.

Extension tube designed for urological and interventional procedures, providing flexible conduit for catheter guidance and fluid/instrument delivery. Compatible with ureteral access sheaths and stent systems for endoscopic urology applications. Manufactured with precision extrusion techniques to ensure reliable performance and biocompatibility.

Hollow helical tube designed for minimally invasive medical procedures and device assembly. This precision-engineered component provides structural support and fluid delivery capabilities in catheter systems, guidewires, and interventional instruments. Manufactured to exacting specifications for biocompatibility and performance in clinical applications.

TPU tube for medical device applications including catheters, fluid delivery systems, and instrumentation. The thermoplastic polyurethane construction provides flexibility, biocompatibility, and durability for single-use and reusable medical applications. ISO 13485 certified manufacturing ensures sterile, safe delivery and compatibility with diagnostic and therapeutic equipment.

Precision microtube designed for endoscopic applications in minimally invasive surgical and diagnostic procedures. The tube delivers reliable fluid and instrument channeling within rigid or flexible endoscope systems. Advanced manufacturing ensures consistent dimensional tolerances and biocompatible material properties for clinical performance.

The Expansion Tube is a disposable medical device designed for minimally invasive procedures requiring controlled dilation and access. Manufactured from high-performance PEEK material, it provides reliable expansion capabilities in clinical applications. The device meets medical-grade standards for biocompatibility and sterility.

ePTFE tube for medical applications including vascular grafts, catheter sheaths, and surgical guides. Expanded polytetrafluoroethylene construction provides biocompatibility, chemical resistance, and flexibility for minimally invasive procedures. Available in customized diameters and wall thicknesses for patient-specific requirements.

Extruded tubing is a critical component used in medical devices such as catheters, stents, sheaths, and epidural shafts, directly impacting product performance and quality consistency. As a specialized medical device OEM·CDMO partner, we provide custom medical extruded tubing development and contract manufacturing tailored to customer design requirements. Our capabilities cover single- and multi-lumen tubing, micro-scale extrusion, stiffness-gradient designs, and shafts incorporating braiding and coiling. With extensive experience processing medical-grade polymers including Pellethane, Pebax, TPU, Nylon, and PEEK, we deliver specifications optimized for each application. From concept design and prototyping to process validation and mass production transfer, we offer full-cycle development and manufacturing support, enabling reduced lead times, stable quality, and minimized supply chain risk.

Multi-lumen tube designed for interventional and diagnostic medical procedures, enabling simultaneous delivery or aspiration of multiple fluids or contrast agents. Features advanced polymer construction for compatibility with a wide range of medical applications and enhanced performance in complex catheter systems.

Precision capillary tubing for medical applications requiring small-bore vascular access. Produced with medical-grade materials in certified facilities.

Protective sheath tubing used in medical procedures to maintain sterility and guide medical instruments. Engineered for compatibility with standard medical device systems.

Precision thin-walled tubing designed for medical fluid delivery and pharmaceutical applications, including intravenous drug administration, biopharma handling, and cardiovascular therapies. Engineered polymer-based construction enables reliable performance in demanding clinical environments requiring superior biocompatibility and fluid dynamics.