Bone Biopsy Forceps – 20 cm Serrated for Orthopedic Sampling

Bone Biopsy Forceps – 20 cm (Serrated/STR)

Provides a stable grasp on hard tissue for controlled sampling and retrieval in deep fields. Enables efficient transfer of specimens to support diagnostic confidence and workflow.

2,640 EGP

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SKU: ORT-6033-FOR Categories: Forceps, 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 Bone Biopsy Forceps – 20 cm (Serrated/STR)

Specification	Description
Speciality	Orthopedic
Model Variant	STR
Material	Stainless Steel
Sterilization Method	AUTOCLAVABLE
Finish	Matte / Satin Finish
Length (mm)	20 cm
Packaging Unit	Single Piece
Handle Type	Ring Handle
Tip Type	STR
Brand	Hilton brand
Country of Origin	Pakistan
SKU	ORT-6033-FOR

Orthopedic forceps intended for procedural handling and precision in bone biopsy applications, featuring a ring handle for controlled operation. Constructed from stainless steel with a matte/satin surface and designed for autoclave reprocessing, it measures 20 cm in length with an STR tip configuration and is supplied as a single piece.

Surgical Applications of Bone Biopsy Forceps – 20 cm (Serrated/STR)

Facilitates access to deeper orthopedic sites while enabling firm capture of small bone pieces within confined operative corridors. Serrated jaws aid steady control for stabilization and transfer of bone cores or chips to collection containers.

Common Applications

Grasping and retrieval of bone cores during percutaneous or open biopsy
Securing small cortical or trabecular fragments from confined orthopedic sites
Stabilizing specimens for safe transfer to collection vials without slippage
Assisting debridement by removing loose bone chips while preserving surrounding tissue
Use through narrow corridors in minimally invasive approaches where controlled grip is required