- Condition: Factory New
- Country of Origin: USA
- Warranty: Until Use/Expiration
- Weight: 1.61 lb
- Safety grip insulators combine patient and user safety with easy insertion into and removal from the surgical pencil
- Standard 3/32" (2.3 mm) stainless steel shaft
- Length: 2.75" (6.99 cm)
- Individually packaged sterile
-
Learn more:
- MFR: Bovie Ships from MFI Medical
- MPN: ES02
- Phone: (800) 251-3000
Frequently asked questions
Are these electrodes individually packaged and sterile?
Yes, these Bovie Disposable Standard Needle Electrodes meet high medical standards and are packaged for immediate use:
- Sterile Packaging: Each standard needle electrode is individually packaged and supplied sterile, ensuring optimal safety and clinical readiness for surgical procedures.
- Quantity: They are conveniently sold in boxes containing 25 units (Model ES02).
How many needle electrodes are included in each box?
Each box of Bovie Disposable Standard Needle Electrodes contains 25 electrodes.
Are these electrodes compatible with standard surgical pencils?
Yes, the Bovie Disposable Standard Needle Electrode features a standard 3/32” (2.3 mm) stainless steel shaft, ensuring compatibility with most standard surgical pencils used for cutting and coagulation.
Is the standardized shaft made of durable stainless steel?
Yes, the Bovie Disposable Standard Needle Electrode features a high-quality stainless steel shaft. This robust material ensures durability and precise tissue interaction during electrosurgical procedures. The shaft utilizes the common standardized diameter of 3/32” (2.3 mm), providing wide compatibility with standard electrosurgical pencils. For added protection, the electrode is also equipped with molded safety grip insulators.
How do the safety grip insulators improve use?
The molded electrode safety grip insulators are specifically designed to enhance both safety and ease of use during electrosurgical procedures. This unique feature provides several key benefits:
- Enhanced Safety: They are engineered to promote increased protection for both the patient and the user during operations.
- Secure Handling: The molded grip offers a stable and tactile area for precise control.
- Simplified Procedure: They facilitate easy and straightforward insertion into, and removal from, compatible surgical pencils.
What is the compatible shaft size?
The Bovie Disposable Standard Needle Electrode utilizes the industry-standard shaft size for maximum compatibility:
- Shaft Diameter: 3/32” (2.3 mm)
- Shaft Material: Stainless steel
This standardized size ensures the electrode is compatible with most standard electrosurgical pencils and allows for easy insertion and removal.
What are the specific applications for these electrodes?
These Bovie Disposable Standard Needle Electrodes are engineered specifically for electrosurgical procedures.
They are ideal for use in applications requiring precise tissue interaction, such as:
- Precise cutting
- Coagulation
The standard 3/32” (2.3 mm) stainless steel shaft ensures they are easily integrated with standard electrosurgical pencils.
Do these disposable electrodes meet high quality standards?
Yes, the Bovie Disposable Standard Needle Electrodes are manufactured to high standards for surgical use. Key features reflecting this quality include:
- Sterile and Ready for Use: Each electrode is individually packaged and supplied sterile.
- Standardized Construction: They utilize the industry-standard 3/32” (2.3 mm) stainless steel shaft for broad compatibility.
- Enhanced Safety: They incorporate molded safety grip insulators designed to ensure patient and user safety during procedures.
What makes these electrodes easy to use?
The Bovie Disposable Standard Needle Electrodes are designed with molded safety grip insulators that facilitate easy insertion into and removal from the surgical pencil, enhancing user control during procedures.
What is the material of the shaft?
The shaft of the Bovie Disposable Standard Needle Electrode is made from stainless steel, ensuring durability and compatibility for electrosurgical procedures.