Hot Item Monopolar Handpiece And Cord - 8' Holiday Edition [YQxX2irl]

Hot Item Monopolar Handpiece And Cord - 8' Holiday Edition [YQxX2irl]

The Hot Item Monopolar Handpiece And Cord - 8' Holiday Edition [YQxX2irl] is a versatile and essential tool designed for surgical procedures. This high-quality handpiece, paired with an 8-foot cord, offers unparalleled flexibility and ease of use. Crafted for durability and precision, this handpiece is built to withstand the demands of a surgical environment.

• High-Quality Construction: The handpiece is made from robust materials, ensuring long-lasting performance and reliability.
• 8-Foot Cord: The extended cord provides greater reach and freedom of movement during procedures, enhancing efficiency.

Product Specifications and Technical Details

This Hot Item Monopolar Handpiece And Cord - 8' Holiday Edition [YQxX2irl] is designed to be autoclavable, making it a hygienic choice for any surgical setting. It is compatible with 1/16" shaft electrodes (sold separately), providing versatility for various surgical applications. The handpiece is included with the Delmarva HFR Surgical Machine (Item # 75006 [HFR-1]), ensuring seamless integration and optimal performance.

• Autoclavable: The handpiece is designed to withstand the autoclaving process, ensuring a sterile and safe environment.
• Compatibility: The handpiece is compatible with 1/16" shaft electrodes, offering flexibility in electrode choice.

Practical Uses and Target Audience

The Hot Item Monopolar Handpiece And Cord - 8' Holiday Edition [YQxX2irl] is ideal for professionals in the medical and surgical fields. Whether you are a surgeon, nurse, or medical technician, this handpiece can significantly enhance your surgical procedures. Its durable construction, extended cord length, and autoclavable design make it a reliable companion in the operating room.

• Professional Use: The handpiece is designed for use by medical professionals in various surgical settings.
• Enhanced Efficiency: The extended cord and high-quality construction contribute to a more efficient surgical experience.