Surgery electrode PA-10A-45-S

surgicalelectrosurgicalcoagulation

Short Description
The Argon Beam Coagulation (ABC) probe PA-10A-45-S is an electrosurgical instrument intended for efficient, non-contact hemostasis during open surgical procedures. By directing ionized argon gas to conduct high-frequency current, the probe enables rapid, uniform coagulation across broad tissue surfaces while avoiding direct tissue contact. The PA-10A-45-S is designed for multiple uses and is compatible with standard hospital sterilization protocols.

Features

• Non-Contact Coagulation: Provides effective hemostasis without touching tissue, reducing tip adherence and avoiding re-bleeding from eschar removal.
• Enhanced Visualization: Continuous argon flow helps clear smoke and fluids from the operative field, maintaining a clear view for the surgeon.
• Minimized Tissue Damage: Argon-assisted cooling results in a shallower, controlled depth of necrosis and reduced thermal spread versus conventional electrosurgery.
• Rapid Bleeding Control: Effective for diffuse capillary bleeding and highly vascular organs, improving surgical efficiency in open procedures.
• Optimized for Open Surgery: Available in straight and angled (45°) configurations to facilitate ergonomic access and precise control of anatomical structures.
• Reusable & Sterilizable: Constructed from durable materials compatible with standard sterilization methods (e.g., autoclave) for repeated clinical use.

Technical specifications:

• Product name/model: PA-10A-45-S Reusable Argon Beam Coagulation (ABC) Probe for Open Procedures
• Product type: Reusable argon beam coagulation probe (ABC probe) for open surgical procedures
• Function: Uses directed flow of ionized argon gas to conduct high-frequency electrical current for non-contact coagulation
• Designs: Straight and angled (45°) configurations for ergonomic access in open surgery
• Material & sterilization: Durable materials compatible with standard hospital sterilization methods (e.g., autoclave)
• Clinical benefits: Rapid uniform coagulation over large surface areas; minimized tissue damage and thermal spread; enhanced visualization; effective control of diffuse bleeding