- Condition: Factory New
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Learn more:
- MFR: Medtronic MITG Ships from MFI Medical
- MPN: E2350H
- Phone: (800) 633-8766
Frequently asked questions
Does this pencil help reduce hand fatigue?
Yes, it is specifically designed with an ergonomic shape to mimic the balance of professional surgical instruments, helping to minimize tension and stress during long or complex procedures.
Is the blade tip secure during use?
Absolutely. The device features an anti-rotation hex-locking mechanism that firmly secures the blade tip in place, preventing any unwanted movement or rotation during operation.
Will the blade electrode get sticky with tissue?
The kit includes a high-quality, edge nonstick coated blade electrode. This coating is specifically engineered to minimize eschar buildup and improve tissue interaction efficiency.
Is it compatible with my existing generator?
This pencil features a standard 3-pin connection, making it highly versatile and compatible with a wide range of standard electrosurgical generators.
Is this product designed for reusable use?
No, this is a sterile, disposable instrument. It is intended for single-use to maintain safety and hygiene standards in the operating room.
Can I use other electrodes with this pencil?
Yes, the pencil is engineered to accept most standard diameter electrodes, offering you flexibility in various surgical environments.
Does this come with a storage solution?
Yes, each kit includes a convenient, rigid plastic holster. This holster is designed for the safe storage and handling of the pencil between active uses.
Is the switch reliable for daily use?
The pencil is built with sealed switching components and a responsive rocker switch, ensuring consistent performance and device integrity in professional settings.
How long is the power cable?
The device comes with a flexible, high-reach 10-foot cord, providing ample length for comfortable movement in standard surgical suites.
Is the construction durable?
Yes, it is constructed from coated stainless steel and features a secure housing, prioritizing both clinical precision and structural reliability during demanding procedures.