Kerrison Bone Rongeur 4mm Black & Gold

Enables controlled bone removal for precise access and clear visualization in spine surgery. Streamlines bony access and contouring, aiding operative decisions and clear notes.

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SKU: ORT-6015-MSC Categories: Miscellaneous, Orthopedic, Surgical Instruments

Ramada Group

* The information on this page is a summary and is not intended to cover all available information about this medication. It does not cover all possible uses, directions, precautions, drug interactions or adverse effects and is not a substitute for the expertise and judgement of your healthcare professional.

Technical Specifications of Kerrison Bone Rongeur 4mm Black & Gold

Specification	Description
Speciality	Orthopedic
Model Variant	4 mm
Material	STAINLESS STEEL
Sterilization Method	AUTOCLAVABLE
Finish	Matte / Satin Finish
Length (mm)	20 cm
Packaging Unit	Single Piece
Handle Type	Black & Gold Matte Finish
Tip Type	STR
Brand	Hilton brand
Country of Origin	Pakistan
SKU	ORT-6015-MSC

This orthopedic rongeur is provided in a 4 mm variant with black and gold matte-finish handles and a matte/satin instrument finish. It is constructed from stainless steel, is autoclavable, measures 20 cm in length, and is supplied as a single piece. Identified under the Hilton brand with country of origin Pakistan (SKU ORT-6015-MSC).

Surgical Applications of Kerrison Bone Rongeur 4mm Black & Gold

This device supports incremental osseous reduction and localized shaping in confined spinal corridors through a 4 mm bite. It contributes to access facilitation and surface preparation when limited bone modification is needed for instrumentation or graft interface.

Common Applications

Incremental lamina thinning and bone edge refinement in confined posterior corridors.
Trimming osteophytes and small bony ridges to improve visualization.
Careful enlargement of neural corridors by nibbling facet/foraminal edges.
Preparing bone surfaces for graft contact or implant seating in tight spaces.
Removal of loose cortical or cancellous fragments during targeted cleanup.