Brief: This video provides a case-style overview of the Low Temperature RF Plasma Surgery System for turbinate hemostasis. You will see a demonstration of its minimally invasive procedure, showcasing how it achieves precise ablation and coagulation with significantly reduced thermal injury and patient discomfort compared to traditional methods.
Related Product Features:
The PLA208 electrode is a bipolar probe designed specifically for hemostasis and ablation procedures.
Operating temperature is precisely controlled between 40-70°C, minimizing thermal damage to adjacent tissues.
Ablation and coagulation depths are controlled at ≤50μm when using recommended energy levels.
The system causes less thermal injury, leading to shorter wound healing times and reduced post-operative bleeding.
Intraoperative patient pain is significantly decreased compared to electrosurgery or laser methods.
Surgeons can perform hemostasis simultaneously with resection without needing additional tools.
The system has no electric current passing through the patient's body during operation.
The product meets rigorous biocompatibility standards including EN ISO 10993-5 and EN ISO 10993-10.
Faqs:
What are the main advantages of this plasma system over traditional surgical methods?
Compared to electrosurgery and laser, this system operates at lower temperatures (40-70°C), causes less thermal injury to adjacent tissue, results in shorter healing times, reduces patient pain, and allows simultaneous resection and hemostasis without additional tools.
What procedures is the Low Temperature RF Plasma Surgery System indicated for?
The system is specifically indicated for hemostasis and ablation procedures, particularly for turbinate hemostasis in minimally invasive surgeries.
What safety certifications and standards does this product meet?
The system has obtained CE and RoHS certificates, passed EMC detection, and complies with multiple international standards including EN 60601-1, EN 60601-2-2, EN ISO 10993-5, EN ISO 10993-10, and EN ISO 11607-1 for biocompatibility and safety.
How does the temperature control benefit the surgical outcome?
The precise temperature control at 40-70°C ensures the shrinking of collagen molecules while maintaining cell vitality, resulting in controlled coagulation depths of ≤50μm and minimal thermal damage to surrounding tissues.