Vasco Tube Nitinol: Premium Alloy for Flexible Medical Catheters
Advanced Nickel-Titanium Material for Catheter Manufacturing
Vasco Tube Nitinol is a specially engineered nickel-titanium alloy that offers outstanding flexibility and shape memory, making it ideal for minimally invasive catheter applications. This material allows catheters to bend smoothly during navigation and reliably return to their original shape, enhancing procedural safety and precision.
Smooth Finish for Enhanced Performance
Our polishing process produces an ultra-smooth surface on these catheters, significantly reducing friction and minimizing tissue irritation during insertion. Optional hydrophilic coatings and precise laser-cut patterns further improve catheter glide and adaptability for specialized medical uses.
Versatile Sizes to Meet Clinical Needs
Available in diameters from 0.5 mm to 5.0 mm, these catheters support a broad range of procedures—from delicate neurovascular interventions to larger cardiovascular stents. Custom sizing with tight tolerances ensures consistent quality for complex device designs.
Wide Range of Medical Applications
Commonly used in:
Cardiology, including guidewires and valve repair devices
Vascular surgery for stents and aneurysm treatments
Endoscopy tools such as biopsy forceps and drainage catheters
Orthopedics for shape-memory bone implants
Neurology with microcatheters for embolization and thrombectomy
Why Choose This Material?
Thanks to its superelastic properties, the alloy resists kinking and maintains stability at body temperature. Each batch undergoes strict quality control, with prototypes ready within two weeks and full production available in six to eight weeks. Comprehensive regulatory documentation supports FDA and CE approvals, facilitating smooth product development.
This alloy combines precise manufacturing and excellent physical properties, offering medical device developers a dependable solution for next-generation minimally invasive catheters. Contact us today to discuss your project requirements.
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