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Advanced Expandable Cervical Titanium Mesh Cage for Lordosis Restoration

OrthoPro’s Advanced Expandable Cervical Titanium Mesh Cage for Lordosis Restoration – cutting-edge Expandable Cervical Titanium Mesh Cage and Lordosis Restoration Cage for Anterior Cervical Corpectomy Cage procedures. 20-60mm adjustable height, self-drilling screws, and porous mesh ensure superior stability, bone fusion, and precise cervical lordosis correction. Premium Titanium Expandable Spinal Device for optimal outcomes. Contact info@orthopro.mx or visit orthopro.mx.

The Advanced Expandable Cervical Titanium Mesh Cage for Lordosis Restoration from OrthoPro is an innovative Titanium Expandable Spinal Device designed for optimal performance in Anterior Cervical Corpectomy Cage procedures and cervical spine reconstruction. This advanced Expandable Cervical Titanium Mesh Cage specializes in precise lordosis restoration, offering controlled intraoperative expansion to correct sagittal misalignment, restore physiological cervical curvature, enhance anterior column stability, and facilitate reliable bone fusion.

Manufactured from premium biocompatible high-strength titanium alloy (Ti-6Al-4V grade, radiopaque for clear imaging), the Lordosis Restoration Cage features a porous mesh architecture that promotes superior osseointegration, bony ingrowth, and vascularization. The expandable mechanism enables precise height adjustment from 20mm to 60mm, with optimized lordotic angulation to address kyphotic deformities common in degenerative conditions. This Cervical Mesh Cage Implant minimizes endplate violation during insertion, reduces subsidence risks, and supports effective anterior support in single- or multi-level Anterior Cervical Corpectomy Cage applications.

Key features and benefits include:

  • Controlled expandability (20mm–60mm range across multiple models) for tailored restoration of vertebral height and segmental alignment.
  • Dedicated lordosis optimization, clinically shown in similar devices to achieve significant corrections (average 5–8° segmental and overall cervical lordosis improvement, with profound gains of 10°+ in select cases).
  • Open mesh design for optimal packing with autologous bone graft from the corpectomy site, enhancing fusion rates (reported up to 96–100% in long-term studies of comparable expandable titanium cages).
  • Self-drilling/self-tapping fixation screws (4.0mm and 4.5mm diameters, lengths 13–18mm) for secure immediate stability and anti-migration.
  • Low complication profile, with reduced subsidence compared to static cages and excellent neurological/pain improvement outcomes.

This Expandable Cervical Titanium Mesh Cage is widely trusted for treating conditions involving loss of lordosis, such as cervical spondylotic myelopathy, degenerative disc disease, trauma, or tumors requiring Anterior Cervical Corpectomy Cage reconstruction. Clinical literature on advanced expandable titanium mesh devices demonstrates sustained lordosis restoration, high fusion success, and improved patient recovery with minimal hardware-related issues.

Product Specifications Table

Parameter Details
Product Name Advanced Expandable Cervical Titanium Mesh Cage for Lordosis Restoration
Material High-strength biocompatible titanium alloy (Ti-6Al-4V, radiopaque)
Design Type Expandable porous mesh cage with lordotic optimization
Height Adjustment Range 20mm – 60mm (intraoperative controlled expansion, multiple models)
Lordosis Correction Optimized design supporting significant physiological restoration (average 5–8° gains reported in studies)
Diameter/Width Options Multiple footprints to fit vertebral endplate anatomy
Fixation Screws Self-drilling/self-tapping; 4.0mm & 4.5mm diameter; 13–18mm lengths
Endplate Interface Teeth/spikes or anchors for secure engagement and migration prevention
Indications Anterior cervical corpectomy and fusion; conditions with lordosis loss (myelopathy, degeneration, trauma)
Key Advantages Precise lordotic correction, enhanced bony ingrowth, low subsidence, stable sagittal alignment
Fusion Promotion Porous mesh for autologous graft packing and vascularization
Compatibility Compatible with supplemental anterior plating as needed
Sterilization Supplied sterile, compliant with standard protocols

For comprehensive surgical guides, sizing details, or specific configurations, refer to OrthoPro’s instructions for use.

OrthoPro is dedicated to advancing reliable, patient-focused spinal innovations. Discover more on our website at https://orthopro.mx or contact us at https://orthopro.mx/contact-us/ or via email at info@orthopro.mx for inquiries, technical support, or professional assistance.