BR Surgical METZENBAUM Scissors, left curved, double-action jaw, fully insulated, male HF-connection, detachable, Ø 5mm x 330mm

Yes, the double-action jaw mechanism is specifically engineered to provide enhanced leverage, allowing for greater precision and more controlled cutting during delicate surgical tasks.

Absolutely. This instrument is fully insulated, which is a critical feature designed to ensure surgeon and patient safety during high-frequency (HF) electrosurgical operations.

The detachable male HF-connection adds significant versatility to the instrument. It allows for:

• Easy integration with standard electrosurgical units.
• Simplified cleaning and sterilization protocols by allowing the connection point to be separated from the main shaft.

The left-curved blade configuration is intentionally designed for specialized surgical maneuvers. It is optimized to provide the surgeon with better visibility and easier access when navigating specific anatomical angles that standard straight scissors might struggle to reach.

These scissors are manufactured to a precise standard of Ø 5mm, making them compatible with standard laparoscopic ports and instruments of that size.

Yes, this is a Factory New surgical instrument manufactured by BR Surgical, ensuring that you receive a pristine, unused product that meets professional medical standards.

The instrument features a total length of 330 mm, which is the standard length required for most common laparoscopic surgical setups.

This instrument is equipped with a standard male HF-connection, making it compatible with most electrosurgical generators designed to accept that interface type.

As a precision-engineered BR Surgical product, these scissors are built for the rigors of a surgical environment, utilizing high-quality materials to maintain sharpness and functionality throughout repetitive use.

Yes, the Metzenbaum design is the gold standard for delicate tissue dissection. Combined with the double-action mechanism, it offers the fine control needed for precise, intricate surgical cutting.