MPC Polymer Coated Catheters

Medical catheters manufactured using dip coating technology to provide smooth surface finishes and enhanced biocompatibility. Available for customization according to specific clinical and procedural requirements.

Medical-grade catheters manufactured from biocompatible polymer materials with smooth, high-purity surfaces. Designed for vascular access, urinary drainage, and other clinical interventional procedures requiring tissue compatibility.

Coated catheters for cardiovascular and neurointerventional procedures, designed to improve deliverability and reduce trauma during vascular access and navigation. Features advanced laser-microprocessed coatings applied through precision manufacturing techniques including laser processing, grinding, and polishing. Manufactured to ISO 13485 standards with full traceability and quality control.

Specialized catheter solutions manufactured using high-performance polymers including PSU, PESU, PEEK, and PEKK. These catheters are engineered for medical applications requiring superior biocompatibility and durability.

Catheters with precision-engineered smooth surfaces to minimize tissue trauma during insertion and use. Manufactured from high-purity biocompatible polymers ensuring safe passage through vascular and body cavity systems.

Polymer-based catheter systems designed to enable patient-friendly drug therapy administration in medical treatment applications.

Medical catheters manufactured with biocompatible materials suitable for extended placement across multiple medical disciplines. Designed to minimize patient complications and maximize comfort.

Drainage catheters with antimicrobial protection to reduce bacterial colonization risk, improve patient outcomes, and decrease length of stay.

Peripheral intravenous catheter systems fabricated from medical-grade polymers. Designed for reliable vascular access with patient comfort considerations. Manufactured to strict quality and safety specifications.

Foley urinary catheters with antimicrobial coating to prevent catheter-associated urinary tract infections and reduce healthcare-associated infection rates.

Midline catheters for intermediate-term vascular access with antimicrobial coating to reduce central line-associated bloodstream infections.

Catheters made from medical-grade polyurethane, providing flexibility, kink resistance, and suitable performance characteristics for diverse catheterization procedures.