Technologie de refroidissement électrode de chirurgie au plasma pour les procédures d'urologie de l'HBP

Autres vidéos
May 22, 2025
Category Connection: Instrument chirurgical de sonde
Brief: Discover the revolutionary Cool Technology Plasma Surgery Electrode for Urology BPH Procedures. This advanced device uses controlled plasma technology for precise tissue removal with minimal thermal damage, ensuring safer and more efficient surgeries. Ideal for urology procedures like TUERP and bladder tumor treatments.
Related Product Features:
  • Utilizes controlled plasma technology for precise tissue removal at low temperatures (40°C to 70°C).
  • Minimizes thermal damage to surrounding tissues with a thermal injury depth of ≤50 μm.
  • Features a gold standard single loop design for resection, coagulation, and TUERP procedures.
  • Offers efficient tissue ablation and bipolar coagulation for hemostasis during surgeries.
  • Reduces postoperative complications like bleeding, irritation, and infection.
  • Enables almost bloodless resection and handles large gland operations effectively.
  • Réduit le temps de récupération avec une irrigation réduite de la vessie et des périodes de séjour du cathéter.
  • Certified for safety and reliability in minimally-invasive urology procedures.
FAQ:
  • What makes the Mechan Plasma Surgery Electrode different from conventional electrosurgical devices?
    The Mechan Plasma Surgery Electrode operates at lower temperatures (40°C to 70°C) compared to conventional devices (250°C to 350°C), reducing thermal damage and postoperative pain significantly.
  • What are the key benefits of using this electrode for BPH procedures?
    It allows for precise excision of hyperplastic tissue, reduces re-hyperplasia risks, minimizes bleeding, and shortens recovery times, making it ideal for large gland operations.
  • How does the plasma technology benefit bladder cancer treatments?
    The plasma technology offers minimally invasive treatment for superficial bladder cancer with over 90% success rate and bladder-conserving therapy for invasive cases, similar to open surgery effects.
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