- Condition: Factory New
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Learn more:
- MFR: Medtronic MITG Ships from MFI Medical
- MPN: E1455
- Phone: (800) 633-8766
Frequently asked questions
Does the non-stick coating reduce tissue buildup?
Yes, the proprietary EDGE coating is an elastomeric, non-stick surface specifically designed to minimize debris accumulation during surgical procedures, leading to fewer interruptions.
Can I bend the electrode tip for better access?
Absolutely. The electrode tip is designed to be bendable up to 90°, giving surgeons the flexibility to adjust the blade geometry to fit specific procedural angles and needs.
Will this work with my existing electrosurgical pencils?
This blade is engineered for high compatibility and is suitable for use with most standard electrosurgical pencils.
Does this blade require lower power settings?
Yes. Due to the specialized coating that concentrates electrical current precisely at the edge, this blade allows for efficient cutting at lower power levels compared to traditional stainless steel electrodes.
Is the material safe for latex-sensitive patients?
Yes, the product is not made with natural rubber latex, ensuring it is safe for use with patients who have latex sensitivities.
Can these electrodes be resterilized for reuse?
No. These are disposable, single-use instruments. They must not be resterilized, which ensures optimal performance and maintains patient safety standards for every procedure.
How do I clean the tip during surgery?
Maintenance is simple during a procedure; you can easily remove any debris by wiping the blade with a moist lap sponge or a non-abrasive material.
What is the length of the blade?
The blade electrode has a total length of approximately 2-3/4 inches (about 7 cm) and features a standard Hex Lock mechanism.
Does the electrode come sterile in the packaging?
Yes, each electrode is delivered in individual sterile packaging, ready for immediate clinical use upon opening.
Is this suitable for high-precision surgical tasks?
Yes, it is designed for environments requiring high precision and low-power cutting, making it ideal for surgeons who need reliable, clean incisions while minimizing tissue trauma.