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Orthopedic Expandable Cage

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Orthopedic Expandable Cage Specification

Instruments Type
Orthopedic Implant

Function
Restores Vertebral Height, Provides Structural Support

Measurement Range
Expansion Range: 10 mm to 30 mm

Shelf Life
5 Years

Accuracy
High Precision Fit

Usage Type
Single Use, Sterile

Features
Adjustable Height, Self-Locking Mechanism, Radiolucent Markers

Storage Instructions
Store in a Dry and Sterile Environment

Equipment Type
Orthopedic Expandable Cage

Material
Titanium Alloy

Condition
New

Technology
Expandable Design

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Silent Operation

Operating Type
Manual / Surgical Implantation

Use
Spinal Surgery, Vertebral Body Replacement

Dimension (L*W*H)
Customized / Variable based on expansion

Weight
Lightweight (Approx. 20-60 g depending on model)

Color
Grey (Metallic Finish)

Endplate Design
Serrated for Secure Placement

Load Bearing Capacity
Up to 3000 N Compression

Surface Finish
Smooth & Textured Options Available

Regulatory Compliance
ISO 13485, CE Certified

Compatibility
Compatible with Standard Surgical Instruments

Imaging Compatibility
MRI & CT Radiolucent Markers

Indications
Burst Fracture Repair, Tumor Resection

Packaging
Individually Blister Packed

Sterilization
Ethylene Oxide or Autoclave

About Orthopedic Expandable Cage

The Expandable Cage from Advin Health Care is designed to offer customizable spinal support in trauma and reconstructive orthopedic procedures. Its expandable design allows surgeons to adjust the cage height intraoperatively, ensuring optimal vertebral alignment and load distribution. Constructed from durable, corrosion-resistant materials, it provides long-term stability and promotes successful spinal fusion. Compatible with standard spinal instrumentation, it is an essential tool for effective trauma orthopedic management of the spine.

Advanced Features:

Expandable design for adjustable vertebral height
Provides stable spinal support and alignment
High-quality biocompatible construction for strength and durability
Corrosion-resistant for long-term reliability
Compatible with standard spinal instrumentation

Advanced Endplate Design for Secure Placement

Featuring serrated endplates, this orthopedic cage ensures reliable anchorage in vertebral bone, minimizing the risk of implant migration. The precision-engineered design supports optimal integration and stability during spinal procedures, while the smooth or textured finish provides flexibility in adapting to patient anatomy.

Imaging and Instrument Compatibility

The cage is equipped with radiolucent markers, enhancing its visibility in MRI and CT scans for accurate intraoperative and postoperative assessment. Designed to be compatible with standard surgical instruments, it streamlines operating room workflow and lowers the need for specialized tools.

Safe, Adjustable, and Easy to Use

Sterilized via ethylene oxide or autoclave, the expandable cage is delivered ready for use in sterile packaging. Its manually operated, expandable mechanism allows surgeons to adjust height between 10 mm and 30 mm, restoring vertebral height with high accuracymaking it ideal for vertebral body replacement procedures.

FAQs of Orthopedic Expandable Cage:

Q: How is the expandable cage inserted and adjusted during spinal surgery?

A: Surgeons implant the cage manually using standard surgical instruments. Once in place, the adjustable mechanism allows for intraoperative expansion (1030 mm), ensuring secure vertebral height restoration and a precise fit.

Q: What are the main benefits of the serrated endplate design?

A: The serrated endplates offer superior grip and stability, reducing the risk of migration and enhancing fixation within the vertebral body, thereby supporting effective spinal reconstruction.

Q: When is this orthopedic expandable cage typically used?

A: The cage is commonly used in procedures for burst fracture repair, tumor resection, and vertebral body replacement, providing essential structural support and height restoration in damaged spinal segments.

Q: Where can the cage be utilized, and who supplies it?

A: This device is intended for use in hospital operating rooms by trained orthopedic or spine surgeons. It is manufactured and exported by certified suppliers based in India.

Q: What process ensures the cage is sterile and ready for surgical use?

A: Each cage is individually blister packed and sterilized using ethylene oxide or autoclaving. Sterility and quality are maintained to ISO 13485 and CE certification standards, ensuring safety for single-use implantation.

Q: What advantages do radiolucent markers provide during imaging?

A: Radiolucent markers enable clear visualization of the cage on MRI and CT scans, allowing surgeons to assess implant positioning and monitor healing without imaging artifacts.

Q: How should the cage be stored and what is its shelf life?

A: Store the sterile, blister-packed cage in a dry, sterile environment. It remains safe and effective for up to 5 years from the date of manufacture.

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