BR Surgical Nasal Sinus Scissors, angled left, 11mm blades, shaft 4½", overall 7"

Yes, these scissors are precision-engineered specifically for otolaryngology and nasal surgery. The specialized angled-left design allows for superior maneuverability and accuracy when navigating the confined spaces of the nasal cavity and sinus passages.

Absolutely. These instruments are manufactured as factory-new, surgical-grade hardware. They are built to meet the rigorous demands of professional medical settings, ensuring reliable performance during complex procedures.

Yes, the instrument is designed with an ergonomic focus. It features a 4.5-inch shaft and a total length of 7 inches, which provides a comfortable and balanced reach for delicate tissue manipulation.

The scissors are equipped with a 11mm cutting blade, which is sized specifically to provide the necessary control for fine tissue dissection in sinus surgery.

Yes. BR Surgical is a recognized brand in professional medical instrumentation. This product is supplied in factory-new condition, ensuring that it meets strict clinical standards for performance and reliability.

They are ideal for such environments. The angled-left configuration is specifically intended to overcome visibility and access challenges encountered within narrow nasal and sinus structures.

They are optimized through a combination of:

• Strategic Geometry: The angled-left shaft for better access.
• Surgical Precision: Compact 11mm blades for accurate cutting.
• Balanced Dimensions: A 7-inch overall length that ensures stability in the surgeon’s hand.

Yes, this instrument is provided factory-new. This ensures that you receive the item in optimal, pristine condition, ready for clinical use immediately upon arrival.

The 4.5-inch shaft length is carefully chosen to provide an ideal balance between depth of reach and control, allowing the surgeon to operate effectively without compromising stability.

This instrument is produced to high standards of professional surgical-grade instrumentation. It is designed specifically to withstand the mechanical stress of clinical use while maintaining its cutting precision.