ThermoBLOCK 静脉曲张射频消融系统

A 射频 的消融平台 没用 浅静脉,提供 热敏 闭合隐静脉或穿孔静脉,以减轻疼痛 曲张 症状

"(《世界人权宣言》) Thermal Coagulation RF Ablation Generator 是一个 高级, feedback-driven system designed to deliver high-frequency radiofrequency (RF) energy to ThermoBLOCK™ cathetersThermoBLOCK™ stylets—enabling 被定为攻击目标 thermal ablation for chronic venous insufficiency (CVI). Equipped with a 实时 monitoring mechanism, the generator precisely regulates intravascular heat parameters, ensuring 安全的consistent power application while protecting surrounding tissues.

Real-Time Feedback Control
  • Heat Parameter Monitoring: Intravascular temperature readings and impedance data are continuously analyzed.
  • Automatic Power Regulation: The system modulates RF output based on real-time feedback, maintaining stable thermal therapy without over- or under-heating the vein walls.
  • Targeted Vessel Closure: Concentrates thermal energy along the catheter’s active tip(s), leading to collapsingsealing of incompetent veins.
  • 将附带损害降至最低: By adapting energy output to real-time conditions, the generator reduces risk of inadvertent injury to neighboring structures.
  • Digital Touchscreen or Control Panel: Operators can easily set and adjust parameters (power, pulse duration, temperature limits) as needed.
  • Visual & Audible Cues: Real-time displays of energy output, therapy time, and any alerts keep clinicians informed.
  • ThermoBLOCK™ Catheter & Stylet Compatibility: Specifically engineered to function seamlessly with ThermoBLOCK™ components, streamlining venous ablation procedures.
  • Multi-Mode Operation: Adjustable settings accommodate various vein diameters and lesion characteristics, benefiting physicians performing different CVI treatments.
  • Heat Parameter Monitoring: Intravascular temperature readings and impedance data are continuously analyzed.
  • Automatic Power Regulation: The system modulates RF output based on real-time feedback, maintaining stable thermal therapy without over- or under-heating the vein walls.
  • Targeted Vessel Closure: Concentrates thermal energy along the catheter’s active tip(s), leading to collapsingsealing of incompetent veins.
  • 将附带损害降至最低: By adapting energy output to real-time conditions, the generator reduces risk of inadvertent injury to neighboring structures.
  • Digital Touchscreen or Control Panel: Operators can easily set and adjust parameters (power, pulse duration, temperature limits) as needed.
  • Visual & Audible Cues: Real-time displays of energy output, therapy time, and any alerts keep clinicians informed.
  • ThermoBLOCK™ Catheter & Stylet Compatibility: Specifically engineered to function seamlessly with ThermoBLOCK™ components, streamlining venous ablation procedures.
  • Multi-Mode Operation: Adjustable settings accommodate various vein diameters and lesion characteristics, benefiting physicians performing different CVI treatments.

产品规格

规格 细节/价值
产品名称 ThermoBLOCK Varicose Vein RF Ablation System
预期用途 Endovenous radiofrequency ablation (RFA) of incompetent saphenous or perforator veins
RF Catheter Design 6–7F catheter with electrode segment near distal tip, temperature-controlled
Nominal Power ~10–30 W (depends on vein diameter and system setting)
Catheter Length ~60–120 cm (varies by code)
Generator Compatibility ThermoBLOCK RF Generator or universal 460 kHz system
Temperature Monitoring Integrated thermocouple in ablation segment
Treatment Cycle Typically ~20–40 seconds per segment, auto-regulated by temperature feedback
无菌 无菌,一次性使用
保质期 ~2–3 years at 15–25 °C
临床适应症 Great saphenous vein (GSV) reflux, small saphenous vein, perforator incompetence
禁忌症 Unclear vein anatomy, severe peripheral arterial disease, known intolerance to device materials

订购和尺寸表

Catheter Size (F) Catheter Length (cm) Ablation Segment (cm) 产品代码 说明
6F 60 7 TBLK-6F-60-7 Short catheter for small segments
6F 100 7 TBLK-6F-100-7 Standard ablation length, extended shaft
7F 100 10 TBLK-7F-100-10 Longer ablation segment for large GSV trunk
7F 120 10 TBLK-7F-120-10 For taller patients or more extensive reflux
7F 120 15 TBLK-7F-120-15 Extra ablation segment for major trunk veins