info@ibsurgical.com
Become a Distributor
IB Surgical
393
Hover to inspect tip
100% Autoclavable & Passivated AISI 420 SteelSKU: SP-25147
OR & Quality SpecificationsHospital Grade
Steel MetallurgyGerman AISI 420 Martensitic
Sterilization Cycle134°C / 273°F Steam Autoclave
Quality StandardISO 13485:2016 & CE Mark
Optical FinishAnti-Glare Satin Matte
Electrochemical PassivationCSSD Laser Batch Tracking
MaxillofacialSKU: SP-25147AISI 420 Martensitic

3.5 mm Safety Locking Screws – Titanium Grade 5 & Stainless Steel 316L – 280 Pcs

4.9 / 5.0•18 Verified OR Evaluations
$360.00$390.00/ unit

Direct Manufacturer Pricing • Tax Exclusive

SAVE $30.00 (8% OFF)
3.5 mm Safety Locking Screws are designed for use with compatible locking fixation systems in orthopedic applications. The screws are specified in 3.5 mm size and are available in Titanium Grade 5 and Stainless Steel 316L material options. The set contains 280 pieces for use with compatible locking plates and fixation constructs.
Door-to-Door DDP Delivery
Duties & Taxes Paid

All import duties, tariffs & taxes are 100% pre-paid for USA, UK, Canada, EUROPE & Australia (AUS). Zero surprise customs bills at delivery.

🎁 Free delivery over $1,000+ USDShipping Policy →

Hospital & Volume Procurement Pricing

Auto-applied at checkout
Door-to-Door DDP Delivery: Duties & taxes pre-paid for USA, UK, Canada, Europe & AUS (Free on $1,000+)
Lifetime Warranty: Guaranteed metallurgy and craftsmanship integrity
OR Sterilization Certified: Medical Grade AISI 420 Passivated German Steel

3.5 mm Safety Locking Screws are designed for compatible orthopedic fixation systems where locking screw compatibility is required. The screws are available in two specified material options: Titanium Grade 5 and Stainless Steel 316L. The complete set contains 280 pieces.

Design and Configuration

The screws are specified at 3.5 mm and are intended for use with compatible locking plates and fixation systems. Their locking configuration is designed to engage with compatible plate threads to form a secure plate-and-screw construct.

Material Options

The screws are specified in:

  • Titanium Grade 5
  • Stainless Steel 316L

Material selection should correspond with the compatible fixation system and intended application.

Surgical Applications

These screws are designed for compatible orthopedic fixation procedures where 3.5 mm locking screws are required. They may be used with compatible locking plates according to the specifications of the relevant fixation system.

Handling and Use Considerations

The appropriate screw material and configuration should be selected according to the compatible plate system and intended application. Screws should be inspected before use for visible damage, deformation, or other abnormalities.

Cleaning and Instrument Care

Reusable surgical components should be processed according to the healthcare facility's validated cleaning, disinfection, packaging, and sterilization procedures. Proper handling helps maintain the condition and functional integrity of the components.

Technical Specifications

  • Product Type: Safety Locking Screw
  • Screw Diameter: 3.5 mm
  • Material Options: Titanium Grade 5 / Stainless Steel 316L
  • Quantity: 280 Pieces
  • Application: Compatible Orthopedic Locking Fixation Systems
  • Product Configuration: Simple Product

Frequently Asked Questions

1. What is the screw diameter?
The screws are specified as 3.5 mm.

2. What materials are available?
The stated materials are Titanium Grade 5 and Stainless Steel 316L.

3. How many screws are included?
The stated quantity is 280 pieces.

4. What are these screws designed for?
They are designed for use with compatible orthopedic locking fixation systems.

5. Can these screws be used with any 3.5 mm locking plate?
Compatibility should be confirmed between the screw and the specific locking plate system before use.

6. Are both material options included in the same set?
The supplied specification lists both Titanium Grade 5 and Stainless Steel 316L as material options; the exact quantity of each material is not specified.