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Cervical Bone Screws

Name: Cervical Bone Screws
Brand: Advin Health Care
Price: 8 USD
Availability: InStock

Price 8 USD ($)/ Piece

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MOQ : 1 Piece

Cervical Bone Screws Specification

Accuracy
Dimensional Tolerance 0.03 mm

Shelf Life
5 Years (Unopened Sterile Packaging)

Measurement Range
12 mm 24 mm Length

Instruments Type
Orthopedic Implant

Usage Type
Single Use, Sterile

Function
Cervical Spine Stabilization

Storage Instructions
Store in Cool, Dry Place; Avoid Humidity; Keep in Original Packaging

Features
Self Tapping, Self Drilling, Threaded, Corrosion Resistant, Biocompatible, MRI Compatible

Equipment Type
Cervical Bone Screw

Material
Titanium Alloy (Medical Grade)

Condition
New

Technology
CNC Machined and Precision Polished

Portable
Yes

Wall Mounted
No

Real-Time Operation
No

Noise Level
Silent

Operating Type
Manual, Orthopedic Use

Use
Fixation of Cervical Vertebrae

Dimension (L*W*H)
Length Range: 12 mm 24 mm; Diameter: 3.5 mm 4.0 mm

Weight
Approximately 25 grams per screw

Color
Metallic (Silver/Grey)

Screw Type
Monoaxial / Polyaxial Option

Surface Finish
Anodized / Polished

Head Type
Hexagonal / Star Drive

Sterilization Method
Gamma Sterilized / EO Sterilized

Compliance Standard
ISO 13485, CE Marked

Radiolucency
Allows for Post-Operative Imaging

Intended Patient Population
Adults

Thread Type
Full Thread / Partial Thread

Packaging Type
Blister Pack / Medical Grade Pouch

About Cervical Bone Screws

The Cervical Bone Screws from Advin Health Care are designed to provide stable fixation in cervical spine procedures, including trauma and deformity correction surgeries. They enable surgeons to achieve precise vertebral alignment and maintain spinal stability during healing. Manufactured with durable, corrosion-resistant materials, these screws ensure long-term reliability and patient safety. Their compatibility with standard cervical instrumentation makes them an essential component in spinal trauma orthopedic management.

Advanced Features:

Provides stable fixation for cervical spine fractures and deformities
High-quality biocompatible construction for strength and safety
Ensures precise vertebral alignment during healing
Corrosion-resistant for long-term reliability
Compatible with standard cervical spinal instruments

Precision-Engineered for Cervical Spine Stabilization

Manufactured using CNC machining and precision polishing, our cervical bone screws guarantee dimensional accuracy (0.03 mm) for optimal fit. The titanium alloy build offers superior strength-to-weight ratio, with each screw weighing just 25 grams. MRI compatibility and a corrosion-resistant surface make these implants suitable for a wide range of adult orthopedic procedures.

Sterile, Safe, and Ready for Use

Gamma or EO sterilized and packaged in secure blister packs or medical-grade pouches, these bone screws maintain sterility and safety until use. Each screw is intended for single use and should be stored in a cool, dry place within its original packaging. With a shelf life of 5 years, these screws are always ready whenever a procedure necessitates reliable cervical fixation.

FAQs of Cervical Bone Screws:

Q: How should cervical bone screws be stored prior to use?

A: Store cervical bone screws in their original, unopened sterile packaging in a cool, dry place. Avoid humidity and exposure to contaminants to maintain sterility and prolong shelf life.

Q: What is the intended patient population and clinical indication for these screws?

A: These screws are specifically designed for adult patients and are used for the fixation and stabilization of cervical vertebrae in orthopedic surgical procedures.

Q: When should a surgeon choose monoaxial versus polyaxial screw types?

A: Monoaxial screws provide rigid fixation, typically used when precise alignment is required. Polyaxial screws offer greater flexibility in angulation, ideal when more versatile adjustment during implantation is needed.

Q: What benefits do hexagonal and star drive head types offer?

A: Both head types facilitate secure instrument engagement and torque transmission. Hexagonal drives are widely compatible, while star drives often provide better resistance to stripping, depending on surgical preference.

Q: Where are these screws manufactured and do they comply with international standards?

A: These screws are manufactured in India and comply with ISO 13485 standards and are CE marked, ensuring high levels of quality, safety, and regulatory acceptance for export and clinical use.

Q: What sterilization methods are available and how does it impact the product?

A: Cervical bone screws are sterilized via gamma irradiation or ethylene oxide (EO), effectively eliminating microorganisms and ensuring the product is safe and sterile for surgical use.

Q: How does the design affect post-operative imaging?

A: The titanium alloy and radiolucent properties of these screws allow for clear post-operative imaging, ensuring accurate assessment and ongoing monitoring after the procedure.

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