Amplatz Super Stiff adopts enlarged solid stainless inner core paired with flat-wound outer coil architecture to deliver unmatched whole-shaft rigidity, dedicated as secondary support exchange wire for heavy sheath, large stent and dilator advancement across thick-walled luminal systems. Full integrated dry PTFE friction-reducing coating eliminates pre-hydration demand; multiple factory preset non-reshapeable atraumatic tip profiles balance supreme shaft stability and distal vessel safety for urologic, peripheral vascular and biliary interventional workflows.
Outer Diameter :
0.035/0.038 inchTotal Length :
145/180/260/300 cmDistal Coatings :
PTFETip Shape :
Straight / JSterilization :
EOUsage Type :
Single Use OnlyDeveloped as high-load secondary support wire rather than initial access wire, Amplatz Super Stiff fills clinical demand for stable counter-traction and heavy instrument delivery where standard stainless PTFE guidewires lack sufficient shaft stiffness. The flat outer coil expands inner core cross-section without sacrificing distal coil flexibility, straightens severely tortuous iliac/femoral arteries and ureteral tracts to smooth catheter exchange. Uniform full-length PTFE dry coating maintains low friction during repeated back-and-forth device replacement, no risk of hydrophilic coating shedding. Pre-formed fixed Bentson, straight and 3mm J radiopaque tips avoid manual reshaping damage, delivering consistent fluoroscopic visibility. Strictly contraindicated for thin-walled coronary, cerebral microvessels; not recommended as primary entry navigation wire for routine diagnostic angiography.
Fixed factory pre-shaped tip only (manual reshaping prohibited); flat stainless outer coil + monolithic solid 304V stainless inner mandrel; continuous platinum alloy radiopaque distal coil; full shaft seamless PTFE dry coating without hydrophilic polymer overlay. Multiple industrial diameters and multi-length options matching vascular, urinary and biliary interventional scenarios.
| Coating | PTFE |
| Core Material | Stainless Steel |
| Sterilization Method | EO |
| Shelf Life | 3 Years |
| Usage | Single Use Only |

High-rigidity secondary exchange guidewire exclusively for peripheral vascular surgeons, urologists and interventional gastroenterologists, covering three core interventional systems:
Peripheral Vascular Intervention
Urological Intervention
Biliary & Gastrointestinal Intervention
All Amplatz Super Stiff guidewires are manufactured in Class 1000 medical clean workshops under full ISO13485 and FDA peripheral interventional device standards. Distinct from general thin stainless guidewires, each batch undergoes exclusive high-load cyclic anti-buckling fatigue test and PTFE coating adhesion friction cycle inspection. Complete stainless core, flat coil and platinum tip raw material batch archives are permanently stored to support NMPA Class II and global overseas medical registration; every single wire passes shaft rigidity consistency and full fluoroscopic radiopacity inspection before packaging.
Supplied to comprehensive hospital vascular surgery, urology, interventional gastroenterology wards and global multi-disciplinary interventional medical distributors. Long-term large-volume B2B bulk orders support customized exclusive tip specifications and extended ultra-long length development; neutral OEM unbranded packaging schemes are available upon formal written application. Contact Boston peripheral interventional dedicated sales team to obtain tiered bulk wholesale pricing and cross-border one-stop integrated logistics & multi-region registration document packages.
Standard PTFE stainless wires adopt thin single core for basic access with limited rigidity; Amplatz Super Stiff uses enlarged mandrel + flat outer coil to deliver extreme shaft stiffness for heavy sheath/graft counter-traction, only applied as secondary exchange wire rather than initial navigation wire.
Prohibited entirely. Manual bending will crack flat stainless coil and fracture inner mandrel, leading to wire breakage inside lumens; all required vessel curves must rely on factory pre-set Bentson/J fixed tips.