jmedtech

jMedtech’s patented jAqua® hydrophilic lubricious coating absorbs water to dramatically reduce friction on medical device surfaces. This hydrophilic coating enhances catheter manufacturing solutions by easing vascular navigation, minimizing tissue abrasion, and ensuring optimal device performance and safety.

The jHemo PC® Hemocompatible Coating by jMedtech delivers a phosphorylcholine-based functional medical device coating that resists protein and cell adhesion without drugs, reducing inflammation and enhancing the performance of medical tubing and catheter tubing material.

As a trusted medical coating company, jMedtech produces the Hygea® Heparin Anticoagulation Coating that reduces protein and cell adhesion on catheter material, providing drug-free, long-lasting antithrombogenic protection and improved device safety.

jMedtech’s advanced hydrophilic coating equipment delivers precise hydrophilic surface treatment for medical devices like catheter tubing. Featuring a high-capacity design, it supports an annual output of 150,000 to 200,000 units, ensuring efficient, uniform UV curing with minimal manual labor. This system optimizes the hydrophilic coating process and enhances production consistency for large-scale catheter manufacturing.

jMedtech’s friction tester combines precision engineering with automated features to accelerate quality control in catheter tubing material production. Ideal for manufacturers and medical tubing manufacturers, it measures coating lubricity and friction coefficient with high accuracy. Integrated data reporting helps streamline coating validation processes, ensuring every batch meets clinical standards and regulatory requirements.

The jMedtech automated coating system combines modular load, dip coating, and UV curing stations for medical tubing production. It achieves nearly 1000 coated products per hour and features a unique anti-tangle mechanism during curing, ensuring smooth, continuous operation and high throughput.

jMedtech’s MatrixLiner® Extruded PTFE Liner combines ultra-thin wall design with high lubrication to maximize catheter internal space and boost delivery efficiency in medical catheter tubing manufacturing.

The jMedtech MatrixLiner® OTW PTFE Liner with Mandrel uses an exclusive PTFE lining process integrating the core wire into extrusion. This catheter manufacturing solution delivers superior flexibility, ultra-thin walls, and tight tolerances while boosting production efficiency by 20–30%. Ideal for designs targeting the smallest, most complex vascular pathways.

Our engineers can collaborate with you to design and manufacture high-performance medical reinforced tubings and catheters according to clinical requirements. Our range of reinforced tubing products includes braided tubings, coiled tubings, and steerable tubings.

jMedtech’s PTFE Zebra Spiral Heat-Shrink Tubing, with a maximum 6:1 shrink ratio, enhances visibility for delicate procedures such as endoscopy and urological guidewires. As a premium medical heat shrink tubing, it offers exceptional lubricity, temperature and corrosion resistance, supporting catheter manufacturing solutions that demand precision and durability.

jMedtech provides three main PTFE liner production methods: Free Extrusion, Over-the-Wire (OTW) Extrusion, and Film Casting/Dip Coating. Our experienced engineers select the best technique based on the catheter’s design and application to optimize size, strength, and flexibility.

Designed with a large central lumen and 1–4 external satellite lumens, jMedtech’s Multi-lumen Tubing streamlines catheter manufacturing solutions for steerable devices. All tubing is produced to your exact specifications for optimal function and fit.

jMedtech, a leading medical tubing manufacturer, produces the ElastiFlex™ Extruded PTFE Liner with ≥800% elongation, ultra-thin walls, and precise tolerances. This advanced catheter tubing material supports catheter manufacturing solutions and medical catheter tubing needs for complex designs.

Engineered by jMedtech, the ToughFlex™ Extruded PTFE Liner combines extrusion-oriented fiber strength with ultra-thin wall construction, offering catheter tubing that resists deformation and rupture under surgical stress while supporting advanced catheter designs.