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3.4mm Inter Locking Screw

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MOQ : 1 Piece

3.4mm Inter Locking Screw Specification

Usage Type
Single Use

Features
High strength, corrosion resistant, biocompatible, thread design for secure locking

Function
Secures interlocking nails for fracture fixation

Shelf Life
5 Years (Sterile packaging)

Measurement Range
Screw diameter: 3.4mm, Various lengths

Storage Instructions
Store in dry, clean, sterile conditions

Instruments Type
Orthopedic Implant

Equipment Type
Orthopedic Inter Locking Screw

Material
Medical Grade Stainless Steel (AISI 316L) or Titanium

Condition
New

Technology
CNC Precision Machined

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent

Operating Type
Manual

Use
Internal Bone Fixation

Dimension (L*W*H)
Diameter: 3.4mm, Length: Variable (Typically 30mm 120mm)

Weight
Approximately 5-15g per screw (Depending on length)

Color
Metallic Silver

Packaging Type
Individual Sterile Blister Pack

Compatibility
Compatible with standard interlocking nailing systems

Thread Type
Fully Threaded or Partially Threaded

Head Type
Self-Tapping, Hexagonal Head

ISO Certification
ISO 13485

Sterilization
Gamma/Ethylene Oxide

Radiolucency
Radiopaque for easy X-Ray detection

Load Bearing Capacity
Designed to withstand orthopedic load requirements

Surface Finish
Polished or anodized

Manufacturer Standard
CE Certified

About 3.4mm Inter Locking Screw

Advin Health Care manufactures the 3.4mm Inter Locking Screw using high-quality stainless steel or titanium for superior strength, corrosion resistance, and biocompatibility. The screw is designed to fit precisely into intramedullary nails or locking plates, providing reliable fixation and rotational stability. Its thread profile ensures strong purchase in cortical bone while minimizing the risk of loosening. Surgeons rely on its accuracy and strength to achieve optimal outcomes in complex fracture cases, enabling early mobilization and functional recovery. The implant is available in multiple lengths to accommodate various fracture types and anatomical requirements.

Advanced Features:

3.4mm diameter suitable for intramedullary nail fixation
High-quality stainless steel or titanium for strength and durability
Threaded design ensures secure fixation in cortical bone
Provides rotational and axial stability in fracture management
Available in multiple lengths to suit different fracture types

Engineered for Orthopedic Excellence

The 3.4mm Inter Locking Screw stands out due to its precision CNC machining and use of high-grade materials, offering robust performance for internal bone fixation. Compatible with standard nailing systems, it ensures secure integration and optimal healing for patients in orthopedic treatments.

Sterile and Safe Packaging

Each screw is individually packaged in a sterile blister pack using Gamma or Ethylene Oxide sterilization. This guarantees safety and extends shelf life up to five years, maintaining product integrity and hygiene from manufacturer to operating room.

Superior Visibility and Easy Handling

Designed with radiopaque properties, the screw allows for clear X-ray visibility, making intraoperative and postoperative assessments straightforward. The hexagonal self-tapping head simplifies manual insertion, ensuring a secure and accurate fit with minimal operating noise.

FAQs of 3.4mm Inter Locking Screw:

Q: How is the 3.4mm Inter Locking Screw used in orthopedic surgery?

A: This screw is utilized for internal bone fixation during fracture management. It is inserted manually into interlocking nails using a compatible driver, providing secure stabilization which promotes effective healing.

Q: What materials are available for this interlocking screw, and why are they important?

A: The screw is manufactured in medical grade stainless steel (AISI 316L) or titanium, both known for their high strength, corrosion resistance, and biocompatibility. These qualities reduce the risk of adverse tissue reactions and ensure the implants longevity.

Q: What sterilization methods and packaging are used to ensure product safety?

A: The screws undergo Gamma or Ethylene Oxide sterilization before being sealed in individual sterile blister packs. This process upholds strict hygiene standards and guarantees sterility until the package is opened in the operating room.

Q: When should a fully threaded versus a partially threaded screw be selected?

A: Fully threaded screws are generally used for uniform load distribution along the bone, while partially threaded screws are chosen when compression between bone fragments is required. The selection depends on the specific clinical application and fracture type.

Q: Where are these screws compatible for use?

A: They are compatible with standard interlocking nailing systems commonly employed in orthopedic procedures worldwide, making them versatile for use in different hospitals and surgical centers.

Q: What are the main benefits of choosing this specific interlocking screw?

A: The screw features high strength, corrosion resistance, a secure thread design, and radiopaque material for X-ray detection. Its individual sterile packaging and ISO/CE certifications further assure quality and patient safety.

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