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INVAMED

High-powered mechanical thrombectomy system with extended reach for complex deep venous and arterial occlusions and chronic thrombus.

Mantis XP Thrombectomy System — mechanical thrombectomy system

Mantis XP Thrombectomy System

A high-powered mechanical thrombectomy device for deep venous or arterial occlusions, supporting extended reach and robust clot extraction in complex anatomies.

Specialties

Venous

The Mantis XP is a pharmacomechanical thrombectomy system specifically engineered for dialysis native AV fistulae. Featuring a rotational catheter design and sinusoidal wave geometry, Mantis XP enables rapid and efficient clot disruption, infusion, and evacuation in a single pass—helping to restore patency while minimizing potential vessel trauma in end-stage renal disease (ESRD) patients requiring continuous dialysis access.

Rotational Thrombectomy Mechanism

  • Sinusoidal Wave Shape: The unique sinusoidal wire design translates rotational energy into targeted clot fragmentation, limiting stress on native fistula walls.

  • Pharmacomechanical Combination: Simultaneously administers lytic agents (if required) via the infusion zone, accelerating clot dissolution and removal.

Extended Infusion Zone

  • 10 cm from Distal Tip: Delivers thrombolytic or flushing solutions directly to the lesion area, optimizing pharmacologic contact with the clot.

  • Efficient Local Drug Delivery: Improves clot breakdown while minimizing systemic agent usage.

Variable Catheter Length & Profile

  • Lengths: 30 cm, 45 cm, 90 cm, 110 cm provide flexibility for short or extended vascular access routes—particularly relevant for complex fistula anatomies.

  • Profiles: 5.0F–7.0F outer diameters suit different vessel sizes, ensuring robust torque transmission and navigability.

Nitinol & PA/PEBAX Construction

  • Nitinol Core: Maintains shape integrity and provides kink resistance, critical in tortuous AV fistula segments.

  • PTFE Inner Layer: Minimizes friction with guidewires and helps protect vessel surfaces during repeated manipulations.

Radiopacity & Visibility

  • Braided Shaft: Allows real-time tracking under fluoroscopy, visible from the distal tip to the proximal segment.

  • 15 cm Active Zone: Clear identification ensures accurate lesion coverage and improved operator confidence.

  • Sinusoidal Wave Shape: The unique sinusoidal wire design translates rotational energy into targeted clot fragmentation, limiting stress on native fistula walls.

  • Pharmacomechanical Combination: Simultaneously administers lytic agents (if required) via the infusion zone, accelerating clot dissolution and removal.

  • 10 cm from Distal Tip: Delivers thrombolytic or flushing solutions directly to the lesion area, optimizing pharmacologic contact with the clot.

  • Efficient Local Drug Delivery: Improves clot breakdown while minimizing systemic agent usage.

  • Lengths: 30 cm, 45 cm, 90 cm, 110 cm provide flexibility for short or extended vascular access routes—particularly relevant for complex fistula anatomies.

  • Profiles: 5.0F–7.0F outer diameters suit different vessel sizes, ensuring robust torque transmission and navigability.

  • Nitinol Core: Maintains shape integrity and provides kink resistance, critical in tortuous AV fistula segments.

  • PTFE Inner Layer: Minimizes friction with guidewires and helps protect vessel surfaces during repeated manipulations.

  • Braided Shaft: Allows real-time tracking under fluoroscopy, visible from the distal tip to the proximal segment.

  • 15 cm Active Zone: Clear identification ensures accurate lesion coverage and improved operator confidence.

Clinical Focus

mechanical thrombectomy systemvenous thrombectomychronic DVT treatmentlarge vessel clot removalpercutaneous thrombectomytrombektomi cihazı