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Trauma Cervical Lock Screw

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Trauma Cervical Lock Screw Specification

Accuracy
Precision engineered tolerance

Shelf Life
5 Years

Instruments Type
Surgical Screw

Function
Secures plates to cervical vertebrae

Features
Self-tapping, Locking head, Corrosion Resistant, High Strength

Measurement Range
Diameter and Length as per selection

Usage Type
Single Use

Storage Instructions
Store in a sterile, dry environment

Equipment Type
Orthopedic Implant Screw

Material
Titanium Alloy / Stainless Steel

Condition
New

Technology
CNC Machined

Portable
Yes

Wall Mounted
No

Real-Time Operation
No

Noise Level
Silent

Operating Type
Manual

Use
Cervical Spine Fixation

Dimension (L*W*H)
Diameter: 2.7-4.0 mm, Length: 10-30 mm (variable)

Weight
Approx. 1-5 grams (depends on size)

Color
Metallic (Silver/Grey)

Radiopacity
Radiopaque for X-ray verification

Screw Drive
Hex/Star Driver Compatible

Head Type
Cross-head/Star-head (locking mechanism)

Sterility
Sterile EO (Ethylene Oxide) packed

Customization
Available as per requirement

Corrosion Resistance
High

Thread Type
Full/Partial Threaded

ISO Certification
ISO 13485, CE Marked

Compatibility
Compatible with standard cervical plates

Tensile Strength
High endurance to biomechanical stress

About Trauma Cervical Lock Screw

Cervical Lock Screws are widely used in trauma orthopedic and cervical spine surgeries to stabilize vertebrae and facilitate spinal fusion. Their locking design provides firm anchorage with pedicle screws and plates, minimizing the risk of implant loosening. Advin Health Care manufactures Cervical Lock Screws using premium medical-grade materials, ensuring biocompatibility, corrosion resistance, and long-term reliability. Available in multiple diameters and lengths, these screws are compatible with cervical fixation systems, offering precise stabilization and improved patient outcomes.

Advanced Features:

Made from high-quality medical-grade materials for strength, durability, and biocompatibility
Provides rigid fixation for cervical vertebrae in trauma surgeries
Locking design minimizes risk of implant loosening
Available in various diameters and lengths for versatile surgical applications
Compatible with cervical plates and pedicle screws for complete fixation

Advanced Orthopedic Fixation for Cervical Surgery

Our Trauma Cervical Lock Screws set the benchmark in spinal surgery by delivering high stability and optimal compatibility with standard cervical plates. Leveraging CNC machining for precise threading and a robust self-tapping tip, these screws facilitate quick, reliable placement while minimizing surgical time. The radiopaque design ensures excellent visibility under X-ray, assisting in accurate postoperative verification.

Built for Endurance and Safety

Manufactured from medical-grade titanium alloy or stainless steel, these screws resist corrosion and retain high tensile strength, even under challenging biomechanical stress. Ethylene oxide sterilization ensures safe application in sterile surgical environments, and each screw is CE marked and conforms to ISO 13485 quality standards, meeting global regulatory requirements.

FAQ's of Trauma Cervical Lock Screw:

Q: How is the Trauma Cervical Lock Screw used during cervical spine fixation?

A: The Trauma Cervical Lock Screw is used to securely attach cervical plates to the vertebrae, providing spinal stability following trauma or degenerative changes. The surgeon inserts the screw through the plate, engaging the self-tapping thread to anchor it into the bone, then utilizes the locking mechanism to prevent screw backout.

Q: What types of head and threading options are available for this screw?

A: These screws come with either a cross-head or star-head locking mechanism, and are available in both full-threaded and partial-threaded designs. This flexibility enhances compatibility with various surgical techniques and patient anatomy.

Q: When should the Trauma Cervical Lock Screw be used in surgical procedures?

A: The screw is indicated for use in cervical spine fixation procedures where secure attachment of standard cervical plates to vertebrae is required, such as in cases of trauma, deformities, or degenerative disc disease.

Q: Where should the screws be stored before use?

A: Before implantation, the screws should be stored in a dry, sterile environment at room temperature, as recommended to maintain sterility and efficacy until their shelf life expiry date of five years.

Q: What benefits does the radiopaque feature provide?

A: Radiopacity allows the screw to be clearly visualized under X-ray imaging, facilitating precise placement verification during and after the surgical procedure to ensure optimal fixation and safety.

Q: How does the screw's material contribute to patient safety and performance?

A: Constructed from titanium alloy or stainless steel, the screw offers superior resistance to corrosion and high biomechanical strength, thereby enhancing implant longevity and reducing the risk of adverse reactions during fixation.

Q: Is customization available for specific surgical or anatomical requirements?

A: Yes, the manufacturer provides customization in dimensions, threading, and head type upon request, allowing surgeons to select the most appropriate screw for each unique surgical case.

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