MARTINI Bone Spoon Curettes 13.5cm

Introduction of MARTINI Bone Spoon Length 5¼” (13.5 cm) round sharp

The MARTINI Bone Spoon is a specialized surgical instrument designed for orthopedic work. Featuring a round, spoon-shaped tip, this curette answers real surgical needs, offering dependable handling whenever surgeons approach delicate bone during precise, hands-on operative situations that demand accuracy.

Its sharp, micro serrated grip supports controlled manipulation at the surgical site, letting the working end perform scooping and scraping with steady control. The sharp edge aids removal of unwanted tissue, while curved bone surfaces stay reachable inside notably tight anatomical spots.

Measuring 5¼” (13.5 cm) in Length, its compact frame and knurled handle promote comfortable, convenient handling. Offered across several sizes, this instrument lets surgeons collect samples and securely manage bone material throughout spinal fusion and other related surgical procedures with ease.

Features of MARTINI Bone Spoon 13.5cm

The MARTINI Bone Spoon earns its place whenever surgeons work inside confined operative areas where bulkier tools fail. Its sharp bowl acts as a precise scoop, lifting loose bone fragments during delicate spinal work, performing much like a Spinal Fusion Curette while granting comfortable access through narrow anatomical corridors.

During spondylodesis, deliberate removal outweighs speed. The rounded, sharpened edge supports controlled preparation of graft beds, shaping the surfaces where fresh bone must knit together. Practitioners appreciate how the 5¼ inches of reach balances leverage against maneuverability inside cramped surgical fields surrounding the spinal column.

Beyond fusion, numerous orthopedic procedures depend on this spoon to clear debris and refine cavities. Each surgical procedure improves when the sharp cup excavates compromised tissue steadily, letting the operator preserve healthy bony margins that recovery ultimately requires across demanding spinal and joint interventions.