Orthopedic Screwdriver 3.5 mm – Silicone Handle

Provides controlled 3.5 mm screw handling to support alignment and depth decisions. Aids fixation workflow in open or MIS cases with quick screw adjustments and removal.

1,595 EGP

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SKU: ORT-6044-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 Orthopedic Screwdriver 3.5 mm – Silicone Handle

Specification	Description
Speciality	Orthopedic
Model Variant	4.5 mm
Material	Stainless Steel
Sterilization Method	AUTOCLAVABLE
Finish	Matte / Satin Finish
Packaging Unit	Single Piece
Handle Type	Ergonomic Silicone Handle
Brand	Hilton brand
Country of Origin	Pakistan
SKU	ORT-6044-MSC

This instrument is configured for orthopedic use, featuring stainless steel construction with a matte/satin surface finish, an ergonomic silicone handle, and an autoclavable design for reprocessing. It is supplied as a single piece in the 4.5 mm variant, identified by SKU ORT-6044-MSC, under the Hilton brand with country of origin Pakistan.

Surgical Applications of Orthopedic Screwdriver 3.5 mm – Silicone Handle

This device enables manual engagement, turning, and extraction of compatible 3.5 mm screws to support plate and implant construct placement or exchange. The silicone handle supports steady grip for fine intraoperative orientation and depth adjustments in open or minimally invasive approaches.

Common Applications

Insertion of 3.5 mm cortical and locking screws during fracture fixation and plating
Removal or exchange of 3.5 mm screws during revision or hardware adjustment
Fine torque application for seating screws without over-tightening
Alignment and depth control when securing plates and small fragment systems
Use in open or minimally invasive orthopedic approaches