- Condition: Factory New
- Country of Origin: USA
- Warranty: Until Use/Expiration
- Weight: 0.33 lb
- Expertly coated with PTFE (polytetrafluoroethylene)
- Resists eschar buildup and moves more effectively through tissue, increasing efficiency during surgical procedures
- Simply use a damp sponge or cloth to clean any debris off
- Length: 2.75" (6.99 cm)
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Learn more:
- MFR: Bovie Ships from MFI Medical
- MPN: ES02T
- Phone: (800) 251-3000
Frequently asked questions
How many electrodes are included in a box?
Each box contains 12 individually sterile electrodes, ensuring that you have an adequate supply for multiple procedures.
How does the PTFE coating enhance surgical efficiency?
The Bovie Resistick II features a specialized PTFE (polytetrafluoroethylene) coating designed to dramatically enhance performance and efficiency in electrosurgical procedures by combating common issues associated with standard stainless steel electrodes.
Key benefits include:
- Superior Eschar Resistance: The coating actively prevents the buildup of eschar (charred tissue), which typically adheres to traditional electrodes.
- Enhanced Procedural Efficiency: By resisting adhesion, the electrode remains clean and moves more effectively and smoothly through tissue, helping to maximize surgical performance.
- Effortless Cleanup: Debris is easily removed by simply wiping the surface with a damp sponge or cloth, significantly simplifying the cleanup process.
- Guaranteed Consistency: Bovie ensures reliable, optimal performance by using an ionic backscatter measuring system to precisely verify the uniform thickness of the PTFE coating on every electrode.
Is the needle electrode supplied sterile?
Yes, the Bovie Resistick II Coated Standard Needle Electrodes are supplied sterile and ready for immediate use. These electrodes are intended for single-use only and must be disposed of after the procedure.
What is the length of the needle electrode?
The electrode’s length is 2.75 inches (6.98 cm).
Is the electrode easy to clean during procedures?
Yes, a major benefit of the PTFE coating is its resistance to eschar (charred tissue and blood) buildup. This specialized coating makes cleanup very easy during procedures:
- It minimizes sticking, allowing the electrode to move more smoothly through tissue.
- Debris can be easily wiped clean with just a damp sponge or cloth, saving valuable time compared to standard stainless steel electrodes.
How is the coating thickness controlled during manufacturing?
The ionic backscatter measuring system ensures accurate and consistent coating thickness, which contributes to optimal performance during electrosurgical procedures.
How does Resistick II coating improve efficiency?
The Resistick II coating on these electrodes significantly enhances efficiency during surgical procedures. Unlike standard stainless steel, this PTFE coating resists eschar build-up, allowing the electrode to move more smoothly through tissue. Additionally, it makes the electrode much easier to clean—blood and tissue debris can be quickly wiped away with a damp sponge or cloth, saving time and effort.
Are these electrodes disposable for safety?
Yes, the Bovie Resistick II Coated Standard Needle Electrodes are strictly designed for single-use and are disposable. This practice maximizes patient safety and efficiency by:
- Being supplied sterile for immediate use.
- Preventing the risks associated with cross-contamination.
- Ensuring the highest level of performance for every procedure.
- Being certified Latex-free.
What material is the high-quality Resistick II coating made from?
The Resistick II coating is made of PTFE (Polytetrafluoroethylene). This specialized coating is designed to minimize eschar build-up, allowing the electrode to move smoothly through tissue and simplifying cleaning during surgical procedures.
Are the electrodes latex-free?
Yes, the Bovie Resistick II Coated Standard Needle Electrodes are latex-free, ensuring safety for patients and clinicians with latex sensitivities. They are also sterile and designed for single-use to maintain hygienic standards.