Orthopedic Bone Drill Bit 2mm Titanium Coated Quick Connect Quick Coupling
Orthopedic Bone Drill Bit 2mm Titanium Coated Quick Connect Quick Coupling Original price was: $250.00.Current price is: $200.00.
Back to products
Bent Hohmann Retractor – Wide Tip 41mm Modified | Orthopedic Instrument
Bent Hohmann Retractor – Wide Tip 41mm Modified | Orthopedic Instrument Original price was: $120.00.Current price is: $95.00.

OR Grade Hexagonal Screw Driver Bit 3.5MM Hex With Sleeve Orthopedic Instrument

The OR Grade Hexagonal Screw Driver Bit 3.5MM Hex With Sleeve is a precision orthopedic instrument designed for the controlled insertion and removal of compatible hex-drive bone screws. Its 3.5mm hexagonal drive profile and retaining sleeve support secure engagement and efficient handling during orthopedic procedures.

Original price was: $100.00.Current price is: $80.00.

Whatapp Inquiry
15 People watching this product now!

Payment Methods:

Description

The OR Grade Hexagonal Screw Driver Bit 3.5MM Hex With Sleeve is a specialized orthopedic surgical instrument designed for use during procedures requiring precise insertion and removal of compatible bone screws. Featuring a 3.5mm hexagonal drive, this screwdriver bit is intended to engage screws with a matching internal hexagonal drive interface.

The integrated sleeve helps support screw retention and instrument control during handling and positioning. This can be particularly useful when transferring a screw to the operative site or maintaining secure engagement between the screwdriver and screw during insertion. The exact function and retention characteristics depend on the specific sleeve and screwdriver system.

Designed for operating-room use, the instrument provides a practical solution for orthopedic trauma and fixation procedures where controlled screw placement is required. It may be used with compatible 3.5mm orthopedic screw systems, including selected bone fixation applications. Compatibility should always be confirmed based on the screw’s drive geometry and the manufacturer’s instrumentation specifications.

The hexagonal working end is manufactured for accurate engagement with the corresponding screw recess. Proper alignment between the screwdriver bit and screw is important to reduce the risk of damaging the drive interface during insertion or removal. The surgeon or trained surgical professional should use the instrument according to the applicable surgical technique and implant manufacturer’s instructions.

The instrument is commonly manufactured from durable surgical-grade stainless steel or another suitable medical-grade metal. Exact material composition and mechanical specifications may vary by manufacturer and product configuration. Its construction is intended to withstand routine handling associated with professional orthopedic instrumentation.

When supplied as a reusable surgical instrument, the 3.5mm Hex Screwdriver Bit With Sleeve should be cleaned, inspected, maintained, and sterilized according to the manufacturer’s validated reprocessing instructions. The working end should be checked regularly for wear, deformation, or damage that could affect secure screw engagement.

For orthopedic operating rooms, trauma centers, and surgical instrument sets, this OR Grade 3.5mm Hexagonal Screw Driver Bit provides a dedicated solution for compatible screw fixation systems. Its hexagonal drive and sleeve-assisted design support efficient instrument handling during orthopedic procedures.

Key Features

  • OR-grade orthopedic screwdriver bit
  • 3.5mm hexagonal drive profile
  • Integrated sleeve for improved screw retention and handling
  • Designed for compatible 3.5mm hex-drive bone screws
  • Suitable for orthopedic fracture fixation procedures
  • Supports controlled screw insertion and removal
  • Precision-machined hexagonal working end
  • Designed for secure engagement with compatible screw recesses
  • Durable construction for professional operating-room use
  • Commonly manufactured from surgical-grade stainless steel
  • Suitable for orthopedic trauma instrument sets
  • Reusable when specifically designed and validated for reuse

Product Specifications

Specification Details
Product Name Hexagonal Screw Driver Bit With Sleeve
Instrument Type Orthopedic Screwdriver Bit
Drive Type Hexagonal
Drive Size 3.5mm
Sleeve Included
Primary Application Orthopedic Screw Insertion & Removal
Common Use Bone Screw Fixation
Specialty Orthopedic Surgery
Construction Surgical-Grade Metal*
Reusable When manufacturer-approved
Sterilization According to validated manufacturer protocol

*Exact material, dimensions, sleeve mechanism, and compatibility should be confirmed according to the manufacturer’s product specifications.

Frequently Asked Questions

What is a 3.5mm Hexagonal Screw Driver Bit used for?

It is used for insertion and removal of compatible orthopedic screws featuring a matching 3.5mm internal hexagonal drive.

What does 3.5mm hex mean?

The 3.5mm designation refers to the size of the hexagonal drive interface designed to engage a compatible screw.

What is the purpose of the sleeve?

The sleeve can help retain and stabilize the screw on the screwdriver during handling and insertion, depending on the specific instrument design.

Can this screwdriver bit be used with any orthopedic screw?

No. The screwdriver drive must match the screw’s drive interface and dimensions. Compatibility should be confirmed before use.

Is this instrument suitable for fracture fixation?

Yes, it can be used for selected orthopedic fixation procedures when paired with compatible bone screws and instrumentation.

What material is the screwdriver bit made from?

It is commonly manufactured from surgical-grade stainless steel or another suitable medical-grade metal. Exact material specifications vary by manufacturer.

Is the 3.5mm screwdriver bit reusable?

It may be reusable when specifically designed and validated for repeated surgical use. Reprocessing should follow the manufacturer’s validated cleaning and sterilization instructions.

How should the screwdriver bit be maintained?

The instrument should be cleaned, inspected for wear or deformation, and sterilized according to the manufacturer’s validated instructions before reuse.