A mesh cage (diamond cut) is a specialized spinal implant used primarily for vertebral body replacement and interbody fusion procedures, especially in cases involving trauma, tumors, infections, or severe degenerative conditions. It is typically cylindrical in shape and features a diamond-pattern (lattice) mesh design, which enhances structural strength while maintaining porosity.

The diamond cut structure allows for excellent bone graft containment and vascularization, promoting osseointegration and solid fusion. The open mesh design enables bone in-growth from surrounding vertebrae, improving long-term stability and biological fixation.

These cages can be cut to the required length intraoperatively, allowing customization based on the defect size. The rough or textured surface improves implant grip and reduces migration risk, while the hollow interior is filled with bone graft material to support fusion.

Manufactured from medical-grade titanium, mesh cages offer high compressive strength, corrosion resistance, and excellent biocompatibility. They are widely used in anterior spinal reconstruction, corpectomy procedures, and load-bearing applications, where strong structural support and biological integration are essential.

🔹 Key Features

• Diamond-pattern mesh design for strength and porosity
• Promotes bone in-growth and vascularization
• Can be cut and customized intraoperatively
• Hollow structure for bone graft filling
• High compressive strength and stability
• Made from medical-grade titanium

🔹 Common Applications

• Vertebral body replacement (corpectomy)
• Spinal trauma and fractures
• Tumor or infection-related bone loss
• Anterior spinal reconstruction
• Complex spinal fusion procedures