Hệ thống cắt bỏ mảng xơ vữa động mạch TemREN PRO

Hệ thống cắt bỏ mảng xơ vữa động mạch TemREN PRO

Hệ thống cắt bỏ mảng xơ vữa TemREN PRO; A luân phiên hoặc hướng thiết bị cắt bỏ mảng xơ vữa chuyên dụng cho cắt bỏ mảng bám trong các động mạch ngoại vi, tăng cường lumen phục hồi trong khi giảm thiểu chấn thương do áp suất.

Thông tin

TemREN represents a front-cutting atherectomy device engineered to mechanically debulk Và clear plaque within peripheral arteries—especially in challenging PAD (Peripheral Arterial Disease) lesions. By combining thấp thấp design, direct lesion access, Và reduced vessel trauma, TemREN is poised to enhance both efficacy Và procedural confidence in the nội mạch management of systemic atherosclerosis.

Front Cutter
  • Direct Lesion Debulking: The front-cutting mechanism addresses atherosclerotic tissue at the lesion core, giảm the need for nosecone passage prior to cutting.
  • Minimized Vessel Trauma: By precise plaque shaving rather than forceful pushing, the cutter design aims to lower shear stress or vessel dissection risk.
  • Enhanced Deliverability: A streamlined catheter shaft navigates through tortuous pathways without unnecessary friction, improving trackability and pushability.
  • Wire Guidance: The over-the-wire approach allows stable lesion crossing, facilitating accurate lesion engagement and device alignment.
  • Mechanical Atheromatous Removal: Atherectomy can diminish plaque burden while preserving hoặc maximizing native vessel patency, potentially limiting adjunctive stenting.
  • Optimized Physiologic Remodeling: By clearing plaque from the lumen, flow dynamics are restored with lower reliance on metallic implants.
  • Femoral, Popliteal, and Infrapopliteal Vessels: Suitable for a range of peripheral segments typically subjected to high shear stress from stenting or angioplasty alone.
  • Adjunct to Balloon Angioplasty: Enhances the efficacy of subsequent balloon dilation or drug delivery.
  • Direct Lesion Debulking: The front-cutting mechanism addresses atherosclerotic tissue at the lesion core, giảm the need for nosecone passage prior to cutting.
  • Minimized Vessel Trauma: By precise plaque shaving rather than forceful pushing, the cutter design aims to lower shear stress or vessel dissection risk.
  • Enhanced Deliverability: A streamlined catheter shaft navigates through tortuous pathways without unnecessary friction, improving trackability and pushability.
  • Wire Guidance: The over-the-wire approach allows stable lesion crossing, facilitating accurate lesion engagement and device alignment.
  • Mechanical Atheromatous Removal: Atherectomy can diminish plaque burden while preserving hoặc maximizing native vessel patency, potentially limiting adjunctive stenting.
  • Optimized Physiologic Remodeling: By clearing plaque from the lumen, flow dynamics are restored with lower reliance on metallic implants.
  • Femoral, Popliteal, and Infrapopliteal Vessels: Suitable for a range of peripheral segments typically subjected to high shear stress from stenting or angioplasty alone.
  • Adjunct to Balloon Angioplasty: Enhances the efficacy of subsequent balloon dilation or drug delivery.

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