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Locking Screws

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Locking Screws Specification

Usage Type
Medical/Clinical

Instruments Type
Implant Fixation

Accuracy
Precision Thread Fit

Function
Bone Fixation

Measurement Range
Diameter and Length Customizable

Shelf Life
5 Years

Storage Instructions
Store in dry, sterile conditions

Features
Locking head, Self-Tapping Thread, High Strength

Equipment Type
Locking Screw

Material
Stainless Steel

Condition
New

Technology
Machined/Precision Threaded

Portable
Yes

Wall Mounted
No

Noise Level
Silent Operation

Operating Type
Manual

Use
Orthopedic Surgery, Fracture Fixation

Dimension (L*W*H)
Varies (Standard sizes: Typically diameter 3.5mm/4.5mm)

Weight
Minimal/Varies by size

Color
Metallic Silver

Packaging Type
Sterile Packaging / Blister Pack

Applications
Bone repair, Trauma Fixation

Surface Finish
Polished / Passivated

Head Design
Locking Head Compatible with Plates

End Use
Hospital / Orthopedic Clinic

Corrosion Resistance
High

Sterilization Method
Autoclave

Screw Lengths
Customizable (Available in multiple lengths)

Manufacturer Warranty
Provided

Thread Type
Self-Tapping / Standard

Tensile Strength
High

Diameter Options
3.5mm, 4.5mm, Others Custom

Compliance Standard
ISO 13485 / CE

About Locking Screws

Locking Screws are widely used in orthopedic trauma surgeries in combination with locking plates to stabilize fractures in long and small bones. Made from high-quality surgical-grade stainless steel, they offer excellent strength, durability, and biocompatibility. Advin Health Care provides these screws to assist surgeons in achieving precise fixation, reducing the risk of screw loosening and implant failure. Their threaded design locks into the plate, creating angular stability and ensuring optimal load distribution at the fracture site. Locking Screws are versatile and suitable for a wide range of trauma cases, including osteoporotic and comminuted fractures, enhancing post-operative recovery and functional outcomes.

Advanced Features:

High-strength surgical-grade stainless steel construction
Locking design for secure plate-screw fixation
Provides angular stability and optimal load distribution
Suitable for osteoporotic, comminuted, and long bone fractures
Durable, reliable, and lightweight for surgical use

High Corrosion Resistance and Safety

The locking screws offer exceptional corrosion resistance thanks to their stainless steel composition and passivated surface finish. This ensures long-term reliability and safety during orthopedic procedures. With compliance to ISO 13485 and CE standards, healthcare professionals can trust their quality and performance in demanding clinical environments.

Customizable Options to Suit Every Case

Medical practitioners have the flexibility to select screw lengths and diameters most appropriate for each patient's anatomy. Customization ensures optimized fit, improved clinical outcomes, and enhances the screw's utility in bone repair and trauma fixation cases.

FAQ's of Locking Screws:

Q: How are the locking screws sterilized before use in orthopedic surgeries?

A: These locking screws are sterilized using an autoclave process, ensuring complete elimination of contaminants and bacteria, making them safe for direct implantation in medical and clinical settings.

Q: What are the advantages of using self-tapping, high-strength locking screws for bone fixation?

A: Self-tapping threads facilitate easier insertion into bone without the need for pre-tapping. Combined with high tensile strength and locking head design, the screw provides secure plate fixation and enhances stability in trauma and fracture repairs.

Q: When should surgeons opt for customizable length and diameter locking screws?

A: Customizable screw options should be chosen when precision fit is critical for bone or fracture morphology. Selecting the correct diameter and length allows surgeons to optimize fixation strength and minimize post-operative complications.

Q: Where are these locking screws commonly used?

A: Locking screws are primarily deployed in hospitals and orthopedic clinics during procedures such as bone repair, trauma fixation, and fracture stabilization, supporting both routine and complex orthopedic surgeries.

Q: What is the recommended storage process for these screws to maintain sterility and longevity?

A: To preserve sterility and shelf life, the screws should be stored in their original sterile blister packaging within dry, controlled, medical storage rooms, away from contaminants and with minimal handling until use.

Q: What is the benefit of their ISO 13485 and CE compliance for healthcare providers?

A: ISO 13485 and CE compliance certifies that the screws meet rigorous safety, quality, and reliability standards, ensuring confidence in their performance and suitability for medical use.

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