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Description

BR Surgical .

Frequently asked questions

Is this instrument designed for specialized spinal procedures?

Yes, this Cervical Lumbar Bayonet Curette is specifically engineered for professional use in orthopedic and neurosurgical procedures. It is optimized for fine dissection and the removal of tissue or bone fragments in cervical and lumbar regions.

Does the bayonet design help with surgical visibility?

Absolutely. The bayonet-style shaft configuration is a deliberate design choice common in spinal surgery tools. It is specifically crafted to provide the surgeon with an improved line of sight when working in confined anatomical spaces.

Is this tool suitable for delicate surgical work?

Yes, the instrument features a precise size 00000 tip. This diminutive size is specifically intended for highly detailed and targeted manipulation where surgical access is restricted.

Can I rely on the precision of this curette?

This instrument is produced by BR Surgical, a manufacturer known for high standards of material quality and precision engineering. As a factory-new medical tool, it is designed to meet the rigorous expectations required for professional surgical instrumentation.

What is the total length of this instrument?

The curette has a standardized total length of 9.5 inches (9½”), providing the necessary reach for complex surgical tasks.

Is the tip orientation fixed for straight maneuvers?

Yes, this model features a forward straight tip configuration. This design is specifically intended for targeted, linear manipulation during dissection.

Is this a factory-new, sterile-ready instrument?

Yes, this product is guaranteed to be Factory New. It is sourced directly from the manufacturer to ensure it meets all required standards for quality and integrity before entering a sterile operating environment.

How lightweight is this surgical tool?

The instrument is exceptionally lightweight, weighing only 0.01 pounds. This contributes to the balance and ergonomic control required for fine-motor precision during surgery.