Medtronic Valleylab Stainless Steel Electrodes

The Medtronic Valleylab Stainless Steel Electrodes are a versatile tool in any surgical setting. Constructed with precision from high-quality stainless steel, these electrodes are available in a range of configurations, including ball, blade, needle, extended needle, and extended blade forms, to meet varied clinical needs. Each electrode features a standard 0.24 cm diameter shaft suitable for a wide array of electrosurgical pencils.

Whether utilizing the 5mm Ball Electrode for delicate procedures or the 16.51 cm Extension Blade Electrode for reaching deeper tissue, surgeons will benefit from the precise engineering that Medtronic is known for. Each electrode is packaged in bulk case quantities to accommodate the demands of busy surgical teams. The electrodes are crafted to fit both non-hex-locking and hex-locking surgical pencils, ensuring versatility and ease of use in the operating room.

• High-quality stainless steel construction ensures durability and reliability during surgical procedures.
• Available in various configurations: ball, blade, needle, extended needle, and extended blade to suit diverse surgical needs.
• Designed for compatibility with both hex-locking and non-hex-locking surgical pencils, offering flexibility during use.
• Packaged in convenient case packs suitable for bulk hospital supply.

• Medtronic Valleylab Stainless Steel Electrodes are essential for surgical procedures requiring cauterization and cutting of tissues. They are designed to fit with various surgical pencils facilitating precise and efficient surgical interventions.

1. What types of surgeries are these electrodes suitable for?
These electrodes are suitable for various surgical procedures involving tissue cauterization and cutting, such as general surgery, orthopedics, and gynecology.

2. Are these electrodes compatible with all electrosurgery pencils?
They are specifically designed for compatibility with Valleylab surgical pencils and fit both hex-locking and non-hex-locking models.