How long does the titanium mesh material last for cranial repairs

Cranial bone repair titanium mesh material is a common use of materials on the market, but we can not fully consider the quality of this material, this material is how the next to give you a detailed introduction. Under normal circumstances, the skull repair material is not necessary to take out, when the skull repair material is damaged by external damage, then you have to take out a new one. It’s good to go to a regular hospital for a specific examination to determine the cause and then treat the symptoms with medication. The choice of material for cranial bone repair is very critical, and currently the clinical widely used metal titanium mesh. For the defective skull, now generally use titanium alloy patch repair, but there are more shortcomings and complications, such as hot and cold reaction sensitivity, local chronic pain, more subcutaneous effusion, repair surgery, affecting the patient to accept CT, MRI and other medical examinations, chronic cutting ulcers, stress perforation caused by the failure of cranial repair, temporal fossa, zygomatic arch, eyebrow orbital and other irregularities such as facial cranial repair cosmetic appearance of the effect of the lack of good. How long does titanium mesh material last for cranial repair? It is recommended to use PEEK material, which is an advanced cranial bone repair material and can be customized according to the degree of cranial defects. Moreover, PEEK material is bionic bone, which can be highly compatible with autologous bone, and can be comparable to the performance of autologous cranial bone in terms of elasticity, conductivity, stability, and hardness. Especially for pediatric patients, PEEK material can be better adapted to the growth and development of the autologous skull. We use PEEK cranial bone repair materials, is now recognized by the medical community as a suitable cranial bone repair materials. PEEK is polyether ether ketone polymer biomaterials, sometimes lies in a high degree of compatibility with the autologous cranial bone, the use of triple D technology shaping PEEK ancient plate, and the cranial bone and the skull to achieve a perfect and seamless combination of stability and hardness is comparable to the human cranial bone. So far, no case of producing rejection reaction has been found, and it will not affect the medical imaging examination, which is the ideal choice for the majority of patients with cranial bone damage.