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Description

The Bovie SuperCut Tungsten Needle Electrode (5 per Box) provides refined energy application for delicate procedures. Capable of cutting and coagulating at a lower wattage, the SuperCut needle performs the same surgical procedures as a standard needle electrode with less thermal damage to the surgical site, providing a superior surgical outcome for the patient. The fine needle tip concentrates the electrosurgical energy, allowing for low-power settings and less risk of thermal spread.

The ultra sharp design coupled with the finest tungsten wire allows for optimal control and better outcomes for any surgical procedure requiring precise tissue dissection.

Features

Bovie SuperCut Tungsten Needle Electrode Features

  • Insulated.
  • Single-use.
  • Material: Tungsten wire.
  • Keeps its shape throughout the procedure.
  • Standard 3/32" (2.3 mm) shaft.
  • Straight shaft.
  • Sterile.
  • Disposable.
  • Latex-free.

Configurations

Bovie SuperCut Tungsten Needle Electrode Configurations

  • #ES60: Super Fine - 1.125" (3 cm).
  • #ES61: Modified Super Fine - 1.125" (3 cm).
  • #ES61HS: Modified Super Fine - 1.125" (3 cm) with Heatshrink.
  • #ES62: Super Fine - 1.75" (4.5 cm).
  • #ES63: Modified Super Fine - 1.75" (4.5 cm).

Frequently asked questions

Does the tungsten needle minimize thermal damage?

Yes, the Bovie SuperCut Tungsten Needle Electrode is specifically designed to minimize thermal damage significantly, supporting superior surgical outcomes in delicate procedures.

This is achieved through several key mechanisms:

  • Concentrated Energy: The ultra-sharp, fine tungsten wire tip efficiently concentrates electrosurgical energy precisely where needed.
  • Low Wattage Performance: This concentration allows the device to perform both cutting and coagulation effectively at lower wattage settings compared to traditional electrodes.
  • Reduced Thermal Spread: Operating at reduced power dramatically decreases thermal spread, thereby mitigating damage to surrounding tissue.
  • Optimal Control & Shape Retention: The design ensures both precise dissection and shape integrity throughout the procedure.
Is the tungsten tip highly precise?

Yes, the Bovie SuperCut is specifically engineered for maximum precision in delicate procedures, utilizing an ultra-sharp, fine tungsten wire tip. This specialized design ensures superior control and better surgical outcomes by:

  • Enabling Precise Dissection: The ultra-sharp needle design provides optimal control for meticulous tissue manipulation.
  • Minimizing Thermal Damage: The fine tip concentrates electrosurgical energy, allowing for effective cutting and coagulation at lower wattage settings compared to standard electrodes, which significantly reduces thermal spread to surrounding tissues.
  • Maintaining Shape Integrity: The high-quality tungsten construction guarantees that the electrode keeps its shape throughout the entire procedure for reliable, consistent performance.
How many electrodes are included in one box?

Each box contains 5 individually sterile electrodes. They are intended for single-use to prevent cross-contamination and ensure patient safety.

Are these electrodes reusable?

No, the Bovie SuperCut Tungsten Needle Electrodes are disposable and designed for single-use only. This ensures sterility and prevents cross-contamination.

Does this electrode fit standard equipment?

Yes, this electrode features a standard 3/32” (2.3 mm) shaft diameter, ensuring compatibility with standard electrosurgical equipment.

Are these electrodes latex-free?

Yes, these electrodes are latex-free, making them suitable for use on patients with latex allergies or sensitivities, ensuring patient safety and preventing allergic reactions.

What are the available lengths and tip styles?

The Bovie SuperCut Tungsten Needle Electrode is available in specific configurations, optimized for precise tissue dissection while minimizing thermal damage through low-wattage usage. The robust tungsten wire tip maintains its shape throughout the procedure.

Here are the available lengths and tip styles:

Feature Options Details
Working Lengths 1.125” (3 cm)  
  1.75” (4.5 cm)  
Tip Styles Super Fine Standard high-precision configuration.
  Modified Super Fine An alternative configuration.
Insulation Option Heatshrink Available specifically on the 1.125” Modified Super Fine variant for enhanced insulation.

All electrodes are supplied sterile, disposable, and packaged 5 units per box.

Is the SuperCut electrode highly precise?

Yes, the Bovie SuperCut Tungsten Needle Electrode is engineered for superior surgical precision during delicate procedures. This precision is achieved through key features designed to minimize thermal damage and maximize control:

  • Ultra-Sharp Tip: Features the finest tungsten wire for optimal control during precise tissue dissection.
  • Reduced Thermal Damage: The tip concentrates energy, allowing effective cutting and coagulation at lower wattage settings compared to conventional electrodes, significantly minimizing thermal spread.
  • Excellent Shape Retention: The tungsten wire composition ensures the active element maintains its structural shape throughout the entire surgical procedure.
Does the electrode maintain its shape?

Yes, the Bovie SuperCut Tungsten Needle Electrode is constructed from tungsten wire, which ensures it maintains its shape throughout surgical procedures, offering optimal control and precise tissue dissection.

What lengths are available for precise dissection?

The Bovie SuperCut Tungsten Needle Electrode is available in two precise lengths, designed for optimal control during delicate surgical procedures:

  • 1.125 inches (3 cm)
  • 1.75 inches (4.5 cm)

These electrodes are engineered with an ultra-sharp tungsten wire tip, which concentrates electrosurgical energy effectively. This allows clinicians to use lower power settings, significantly reducing collateral thermal damage while maintaining superior cutting and coagulation capabilities. All variants feature a standard 3/32” (2.3 mm) straight shaft and are designed to maintain their shape throughout the procedure.