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Spine Cage System

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MOQ : 1 Piece

Spine Cage System Specification

Storage Instructions
Store in a dry sterile environment

Instruments Type
Spine Implant

Accuracy
High precision fit

Function
Fusion cage for spinal surgery

Usage Type
Orthopedic/Neurosurgery

Measurement Range
Available from 6mm to 14mm heights

Shelf Life
5 years (unopened)

Features
Anatomical design, radiolucency, high biocompatibility, optimal bone graft window, strong fixation

Equipment Type
Spine Cage System

Material
Titanium / PEEK

Condition
New

Technology
CNC Machined

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent

Operating Type
Manual / Surgical

Use
Interbody fusion, spinal stabilization

Dimension (L*W*H)
Varies by model (customizable)

Weight
Lightweight (approx. 15-40g depending on size)

Color
Metallic Gray

MRI Compatibility
Yes

Non-toxic/Non-pyrogenic
Yes

Radiopacity
Titanium marker for visibility in imaging

Registration/Approval
CE Marked / ISO 13485

Implant Class
Class IIb/III medical device

Intended Location
Lumbar / Cervical Interbody Space

Compatibility
Compatible with standard surgical instrumentation

Fixation Options
Self-retaining or screw fixation

Anti-migration Feature
Integral ridges / teeth

Sterilization Method
Autoclavable

Load Bearing Capacity
Up to 3,500N

Surface Finish
Sandblasted / Polished edge

Graft Volume
Optimized cavity for bone graft

Packaging Type
Sterile double blister pack

About Spine Cage System

Spine Cage Systems are widely used in trauma orthopedic surgeries to treat spinal fractures, degenerative disc diseases, and deformities. They provide stable intervertebral support, allowing for proper alignment and promoting bone fusion between vertebrae. Advin Health Care manufactures Spine Cage Systems with premium medical-grade materials, ensuring strength, corrosion resistance, and long-term reliability. Available in various sizes and designs, these systems accommodate different surgical needs and patient anatomies, providing optimal spinal stability and improved clinical outcomes.

Advanced Features:

Made from premium medical-grade materials for strength, durability, and biocompatibility
Provides stable intervertebral support for spinal fusion
Helps maintain proper spinal alignment and stability
Available in multiple sizes and designs to suit various surgical applications
Suitable for trauma, degenerative, and reconstructive spinal surgeries

Innovative Design for Enhanced Fusion

Engineered for precision, the Spine Cage System boasts an anatomical contour with an optimized bone graft window to promote rapid bone in-growth. Integral ridges or teeth prevent migration, ensuring stable fixation, while a high load-bearing capacity up to 3,500N makes it suitable for demanding spinal fusion applications. Its lightweight form contributes to ease of handling during surgery.

Safe, Visible, and Compatible

For patient and surgical safety, the spine cage is manufactured from non-toxic, non-pyrogenic titanium or PEEK. It is MRI-compatible and features embedded titanium markers for easy radiographic visualization. The cage is supplied sterile (via autoclaving) in durable double blister packaging, ensuring it is safe and ready for use directly out of the package.

Versatile Applications and Efficiency

Available in multiple dimensions (6mm to 14mm heights) and customizable configurations, the cage adapts to varied patient anatomies. Its compatibility with standard surgical instruments and straightforward fixation options facilitate a smooth and efficient surgical workflow, making it an excellent choice for orthopedic and neurosurgical teams.

FAQ's of Spine Cage System:

Q: How is the Spine Cage System sterilized before use?

A: The Spine Cage System is sterilized using an autoclaving process and is supplied in a sterile double blister pack, ensuring it remains uncontaminated until opened in the operating room.

Q: What are the fixation options available for the Spine Cage System?

A: This system offers both self-retaining design and optional screw fixation, providing secure placement and minimizing migration within the interbody space.

Q: Where is the Spine Cage System intended to be used within the spine?

A: The device is specifically designed for use in the lumbar or cervical interbody spaces to achieve spinal fusion and stabilization.

Q: What materials are used in the Spine Cage System, and are they MRI compatible?

A: Manufactured from titanium or PEEK, the spine cage is highly biocompatible and fully MRI compatible, with embedded titanium markers for radiographic visibility.

Q: How does the anti-migration feature work in this system?

A: Integral ridges or teeth along the cage contact surfaces anchor the implant in place, effectively preventing movement or migration after placement.

Q: What is the load bearing capacity of the Spine Cage System, and how does it benefit the patient?

A: With a load bearing capacity of up to 3,500N, the system provides strong and reliable structural support, promoting optimal healing and patient mobility post-surgery.

Q: When should the Spine Cage System be used, and by whom?

A: It should be used by qualified orthopedic or neurosurgical professionals during interbody fusion procedures for patients requiring spinal stabilization due to degenerative diseases, trauma, or deformity correction.

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