ConMed BiCap Superconductor Probe

Yes, the ConMed BiCap Superconductor Probe is highly effective, specifically engineered for superior bipolar hemostasis.

Its efficiency is driven by several unique design features:

• Optimized Thermal Performance: It utilizes silver in its electrode system, which provides 35% higher thermal conductivity and 28% lower electrical resistivity compared to gold, ensuring rapid and efficient coagulation.
• Consistent Power Distribution: The probe features a unique configuration of three pairs of electrodes and a specialized ceramic tip, guaranteeing highly consistent power delivery and efficient heat dissipation.
• Reduced Sticking: Omnidirectional electrode spacing and a large electrode area facilitate efficient thermal heating while significantly minimizing undesirable tissue adherence.
• Improved Visibility: A central irrigation channel and a controlled irrigation system allow for precise fluid pulsation, enabling clear visualization and cleaning of the surgical site.

The ConMed BiCap Superconductor Probe features a highly specialized and unique electrode system optimized for efficient bipolar hemostasis. Key design elements include:

• Unique Configuration: It is the only bipolar hemostasis probe combining three pairs of electrodes with a specialized ceramic tip. This ensures superior heat dissipation and highly consistent power distribution.
• High-Conductivity Silver: The probe uses silver, which offers significant advantages over gold by providing 35% higher thermal conductivity and 28% less electrical resistivity, resulting in more efficient coagulation.
• Reduced Tissue Sticking: The omnidirectional electrode spacing and large electrode area facilitate effective thermal heating while actively minimizing tissue adherence.
• Operational Durability: The design is redundant, meaning the majority of the probe remains operational even if one electrode breaks, which supports procedural continuity.

Yes, the ConMed BiCap Superconductor Probe utilizes specialized silver thermal material in its electrode system to significantly enhance hemostasis efficiency. Silver provides superior thermal and electrical advantages over traditional materials like gold:

• 35% Higher Thermal Conductivity: This ensures rapid and efficient thermal heating and consistent heat dissipation.
• 28% Less Electrical Resistivity: This guarantees superior, consistent power distribution across the electrodes.

This optimized material quality contributes to effective tissue coagulation while minimizing undesirable tissue sticking during electrosurgical procedures.

The ConMed BiCap Superconductor Probe uses a specialized system to maintain site visibility and cleanliness throughout the procedure. This is accomplished via a controlled irrigation process:

• Central Irrigation Channel: Provides continuous clearance at the operative site.
• Controlled Fluid Pulsation: The controlled irrigation system utilizes the probe lumen to facilitate precise fluid pulsation.

This mechanism allows for precision site cleaning, which ensures the field remains clear and unobstructed for effective coagulation and hemostasis.

The ConMed BiCap Superconductor Probe is available in three primary French sizes to suit different procedural needs. For easy identification and simplified selection, the shafts are color-coded.

The available shaft sizes are:

• 5 French
• 7 French
• 10 French

These shaft sizes are configurable with different lengths (e.g., 79”, 118”, and 138”) and two distinct tip length options (0.13” or 0.25”).

The ConMed BiCap Superconductor Probe is available in two distinct tip lengths to meet varied procedural requirements:

• 0.25 inches (6.5 mm): This is the standard tip length configuration.
• 0.13 inches (3.3 mm): This shorter tip is specifically designed to facilitate passage and enhanced maneuverability when used through deflected scopes.

The ConMed BiCap Superconductor Probe is available in three versatile shaft lengths to accommodate various procedural needs and scope requirements:

• 79 inches (200 cm)
• 118 inches (300 cm)
• 138 inches (350 cm)

Yes, the shafts of the ConMed BiCap Superconductor Probe are color-coded for quick and accurate size identification during procedures. This helps simplify the selection process.

The colors correspond to the available shaft sizes:

• Blue: 5 French size
• Yellow: 7 French size
• Orange: 10 French size

Yes, the ConMed BiCap Superconductor Probe is designed with operational redundancy. This crucial durability feature ensures that the majority of the probe remains functional even if one electrode breaks, helping to maintain procedural continuity and reliability.

Yes, the ConMed BiCap Superconductor Probe is engineered with a specialized ceramic tip that is critical to its advanced bipolar hemostasis capabilities. This tip is designed to work synergistically with the three pairs of silver electrodes.

The ceramic tip provides two main benefits:

• Consistent Power Distribution: It ensures highly consistent power delivery across the treatment site.
• Superior Heat Management: It contributes to efficient thermal heating and superior heat dissipation, which in turn helps minimize undesirable tissue sticking.