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3.9mm Inter Locking Screw

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3.9mm Inter Locking Screw Specification

Function
Bone Stabilization

Instruments Type
Surgical Implant

Accuracy
Precision Engineered

Usage Type
Single Use or Reusable (as per specification)

Features
Threaded Design, Interlocking Mechanism, Biocompatible, Corrosion Resistant

Measurement Range
3.9mm Diameter, Multiple Lengths Available

Shelf Life
5 Years

Storage Instructions
Store in Dry and Sterile Environment

Equipment Type
Orthopedic Screw

Material
Stainless Steel / Titanium

Condition
New

Technology
Precision Machined

Portable
Yes

Wall Mounted
No

Real-Time Operation
No

Noise Level
Silent

Operating Type
Manual

Use
Orthopedic Surgery, Internal Fixation of Bone

Dimension (L*W*H)
3.9mm Diameter, Length as required

Weight
Lightweight (varies as per length)

Color
Metallic (Silver/Grey)

Compatible With
Interlocking Nails

Surface Finish
Polished or Sand-blasted

Head Type
Allen/Hex or Cross Head

Packaging
Individually Packed, Blister or Pouch

Application Area
Orthopedics, Trauma Surgery

Tensile Strength
High

Sterility
Sterile or Non-Sterile (as required)

Tip Type
Self-Tapping or Non-Self-Tapping

About 3.9mm Inter Locking Screw

Advin Health Care manufactures the 3.9mm Inter Locking Screw using high-quality stainless steel or titanium for excellent strength, biocompatibility, and corrosion resistance. The screw is designed to fit precisely into intramedullary nails or locking plates, offering superior rotational and axial stability. Its thread profile provides firm purchase in cortical bone while minimizing risk of loosening. Surgeons rely on its precision engineering to achieve optimal outcomes in complex fractures, ensuring early functional recovery. Multiple length options are available to accommodate different fracture types and anatomical needs.

Advanced Features:

3.9mm diameter suitable for intramedullary nail or plate fixation
Made of stainless steel or titanium for strength and durability
Threaded design ensures secure purchase in cortical bone
Provides rotational and axial stability in fracture management
Available in multiple lengths to suit different fracture sites

Precision for Orthopedic Success

Engineered with a 3.9mm diameter and available in multiple lengths, this interlocking screw delivers exceptional tensile strength and secure fixation. Its advanced threaded design and precise manufacturing promote stable bone healing during trauma and orthopedic surgeries.

Flexible Options for Surgical Demands

Choose from different head typesAllen/Hex or Cross Headand tip configurations to suit surgical protocols. The option to select sterile or non-sterile, as well as single-use or reusable formats, makes this screw highly adaptable for a variety of clinical requirements.

Packaged for Safety and Convenience

Each screw is individually packed in sterile blister or pouch, optimizing safety and reducing infection risk. This careful packaging, combined with a shelf life of five years, ensures reliability and convenience in hospital and clinic settings.

FAQs of 3.9mm Inter Locking Screw:

Q: How is the 3.9mm Inter Locking Screw typically used in orthopedic and trauma surgeries?

A: The 3.9mm Inter Locking Screw is employed to stabilize bones after fractures in orthopedic or trauma surgeries. It is inserted manually into pre-drilled holes, often with the help of a compatible driver, and interlocks with corresponding nails to secure bone fragments and promote effective healing.

Q: What are the available head and tip options for this screw?

A: This screw is available with either Allen/Hex or Cross Head types and can be selected as self-tapping (which can cut its own thread into the bone) or non-self-tapping varieties, so surgeons can tailor the choice to specific procedural needs.

Q: When should a self-tapping screw be chosen over a non-self-tapping one?

A: Self-tapping screws are ideal when immediate thread creation is required, typically in dense bone, while non-self-tapping screws are preferred if the surgeon plans to pre-tap the hole before insertion, reducing stress on the bone.

Q: Where should these screws be stored before use?

A: The screws should be stored in a dry, sterile environmentpreferably in their original packagingto maintain sterility and ensure product integrity until use.

Q: What benefits does the interlocking mechanism offer?

A: The interlocking mechanism enhances screw stability and fixation strength when used with interlocking nails, reducing the likelihood of screw loosening and improving bone stabilization outcomes.

Q: Is the screw reusable and how does one determine its usage type?

A: These screws are available as either single use or reusable, depending on the product specification provided at purchase. Always refer to the labeling and manufacturers directions to determine if a particular screw is intended for reuse.

Q: What materials are used in the manufacture of these screws and why?

A: Manufactured from stainless steel or titanium, these materials are selected for their high biocompatibility, corrosion resistance, and strength, all essential qualities for surgical implants in orthopedic applications.

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