Chisels Set of 4 pcs with Handle

Enables controlled bone work and osteotomy refinement for precise implant seating and graft prep. Tactile control aids operative judgment and streamlines workflow and documentation.

2,530 EGP

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6 for the price of 3

SKU: ORT-6006-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 Chisels Set of 4 pcs with Handle

Specification	Description
Speciality	Orthopedic
Material	STAINLESS STEEL
Sterilization Method	AUTOCLAVABLE
Finish	Matte / Satin Finish
Packaging Unit	SET 4 Piece
Handle Type	FLAT GRIP
Brand	Hilton brand
Country of Origin	Pakistan
SKU	ORT-6006-MSC

This orthopedic instrument set comprises four pieces with a flat grip handle, constructed from stainless steel with a matte/satin finish. The components are autoclavable for standard reprocessing and supplied as a 4-piece configuration. Brand identification and country of origin are specified to support procurement traceability.

Surgical Applications of Chisels Set of 4 pcs with Handle

This set facilitates access and controlled exposure by selectively removing or contouring cortical or cancellous bone during open orthopedic procedures. It prepares bony surfaces, grooves, and windows for hardware seating, graft accommodation, and adjustment of osteotomy planes, with smoothing of cut edges.

Common Applications

Selective removal and contouring of cortical and cancellous bone to improve exposure
Creating grooves, channels, and windows for plate or screw seating and implant access
Preparing bone beds for graft accommodation and debriding osteophytes or bony spurs
Trimming, beveling, and smoothing cut edges following saw resections
Fine surface adjustments under mallet control in confined orthopedic fields