BR Surgical HIBBS Osteotome, 9mm, curved, 9½"

Yes, the BR Surgical HIBBS Osteotome is a professional-grade instrument specifically engineered for orthopaedic and neurosurgical procedures. It is designed to meet high standards for precision in clinical environments.

The curved profile of the 9mm blade is specifically designed to facilitate: <ul><li>Improved access to confined surgical fields</li><li>Better control and visibility during bone shaping</li><li>Enhanced angles of approach during delicate osteotomy procedures</li></ul>

Yes, the 9½-inch total length is specifically selected to provide the optimal balance of reach and mechanical leverage necessary for controlled and precise bone removal.

Absolutely. This item is supplied in Factory New condition, ensuring it is unused and fully compliant with the manufacturer’s original rigorous specifications for surgical equipment.

Yes, this model features a 9mm blade width, engineered to deliver the exact precision required for specific surgical bone-cutting tasks.

Because this product is manufactured by BR Surgical and shipped directly from their facility, the instrument is handled with optimized care to ensure it arrives in pristine, factory-fresh condition for your surgical team.

Yes, the osteotome is a single, complete instrument that requires no assembly. It is ready for sterilization and use according to your facility’s standard protocols for new surgical tools.

The curved configuration is highly specialized for procedures requiring specific angles of approach, making it an essential tool for surgeons who need to navigate around anatomical structures that a straight blade might not reach effectively.

While it is a versatile bone-cutting tool, the design is most frequently utilized in: <ul><li>Orthopaedic procedures</li><li>Neurosurgical operations</li></ul> These fields often require the precise shaping and cutting that the HIBBS configuration provides.

Yes, the instrument is exceptionally lightweight at approximately 0.01 pounds. This reduced weight helps minimize hand fatigue during intricate, time-consuming surgical procedures.