BR Surgical Cervical Lumbar Bayonet Curette, size 00, backward angled, 9½"

Yes, this BR Surgical curette is specifically engineered for cervical and lumbar procedures. The bayonet handle configuration is intentionally designed to allow surgeons to maneuver more effectively around sensitive anatomical structures during delicate operations.

Absolutely. The backward-angled tip profile is a key feature of this instrument, providing the precise access needed for tissue removal or shaping in confined surgical fields where a straight instrument would be less effective.

This model features a Size 00 working end, which is precision-manufactured to ensure the appropriate fit for targeted, delicate surgical tasks requiring fine tissue manipulation.

Yes, this instrument is supplied in Factory New condition. By shipping directly from the manufacturer, we ensure controlled handling and that the instrument arrives with optimal performance and sterility standards.

The instrument measures 9½ inches in length, providing a balanced reach for surgeons during spine or neurosurgical procedures.

Yes, it is highly suitable for neurosurgery, orthopedic surgery, and spinal procedures where precision is paramount and the specific bayonet geometry is required for accessing deep or narrow surgical sites.

Yes, the instrument is tracked under the specific Manufacturer Part Number (MPN) BR32-44935. This allows for easy inventory management and precise reordering within your clinical supply chain.

We estimate a lead time of approximately 7 business days for this item, as it ships directly from the manufacturer to ensure you receive the most recent factory-quality stock.

The bayonet configuration is specifically chosen for its ability to keep the surgeon’s hand offset from the line of sight. This design helps maintain a clearer view of the surgical field while providing the necessary leverage for precise tissue work.

While it is a specialized tool, it is a staple for orthopedic and spinal surgical sets due to its specific Size 00 tip and backward-angled geometry, which address common access challenges in spinal anatomy.