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Successful Cranioplasty Case in Mexico Using Titanium Mesh System
High-Performance Cranial Reconstruction with CZMEDITECH Titanium Mesh Implant
This successful cranioplasty case was performed at the State Hospital in Morelia, Michoacán, Mexico, where an advanced skull defect reconstruction surgery was completed using CZMEDITECH titanium mesh implant system. The patient, a 49-year-old male, previously underwent decompressive craniotomy and presented with cranial bone loss accompanied by arterial hypertension. After detailed radiological evaluation and clinical assessment, the neurosurgical team selected a high-strength titanium mesh cranial implant combined with self-drilling screws to restore skull integrity, improve cranial protection, and achieve long-term structural stability. This approach is widely recognized as an effective solution for complex cranial defect repair and craniofacial reconstruction
The cranioplasty procedure focused on precise skull reconstruction, stable implant fixation, and anatomical contour restoration. The titanium mesh was customized and contoured according to the patient’s cranial defect, ensuring high conformity with cranial anatomy. Key surgical highlights include: Accurate skull defect measurement and preparation Custom titanium mesh shaping for cranial contour reconstruction Secure fixation with 2.0mm self-drilling cranial screws Intraoperative imaging guidance for optimal implant positioning Enhanced postoperative stability and reduced complication risk This technique demonstrates excellent performance in neurosurgical reconstruction and is frequently used in advanced cranial repair surgery.
Intraoperative images demonstrate the stable placement of titanium mesh during the cranioplasty surgery, highlighting excellent adaptability and precision fixation. Postoperative images confirm complete coverage of the cranial defect area, showing smooth surface integration and optimal surgical outcome. This visual evidence reinforces the role of titanium mesh in modern neurosurgical skull reconstruction
Titanium Mesh, Rectangle Structure 200×200mm
Self-drilling Screw 2.0 × 6mm

A specialized cranioplasty instrument kit was used, enabling efficient mesh shaping, handling and fixation, improving surgical precision and procedural workflow.

Postoperative images confirmed secure positioning and successful integration of the titanium mesh. The reconstructed cranial surface demonstrated excellent symmetry and contour, indicating effective restoration of protective and aesthetic functions. No immediate complications were observed, and the patient progressed steadily in recovery.
Dr. Leonel expressed high satisfaction with the performance of the titanium mesh and self-drilling screws, noting their strength, stability and precision compatibility with the instrument set. He emphasized that CZMEDITECH products contributed significantly to the success of this cranioplasty procedure.
Titanium mesh cranioplasty is primarily used to repair cranial defects caused by trauma, decompressive craniectomy, tumors, infections, or congenital skull deformities. It restores skull integrity, protects the brain, and improves head contour.
Titanium mesh is favored for its biocompatibility, corrosion resistance, high strength-to-weight ratio, and excellent contour adaptability. Compared to acrylic or PMMA materials, it offers better stability and lower complication risk.
Yes. Titanium mesh is considered safe for long-term implantation due to its non-toxic and inert nature. Many patients live with titanium implants for years without adverse reactions.
Self-drilling screws eliminate the need for pre-drilling, ensuring quick and precise fixation. They provide strong anchorage and reduce operative time while improving overall fixation stability.
Yes. Titanium mesh can be easily trimmed and shaped intraoperatively to match the unique curvature and size of each patient’s skull defect, allowing for customized reconstruction.
Titanium mesh causes minimal artifact in CT or MRI imaging and generally does not interfere with postoperative diagnostic exams.
Recovery time varies depending on patient health and defect size, but most patients resume normal activities within 4–8 weeks following surgery.
In this case, a 200 × 200 mm rectangular titanium mesh was utilized. The final size is selected based on the defect dimensions and surgical planning.
CZMEDITECH titanium mesh offers excellent strength, precise pore structure, easy contouring, and superior compatibility with dedicated surgical instruments, ensuring reliable surgical outcomes.
Yes. Titanium mesh is particularly effective for complex or irregular cranial defects due to its flexibility and structural reliability, making it suitable for advanced reconstructive procedures.