Cranial repair surgery does not affect the patient’s quality of life and protects the patient’s brain without affecting or endangering the patient’s life, so there is no such thing as how long a patient can live after cranial repair. There is no direct relationship between the patient’s life expectancy and the skull repair. The patient’s life expectancy is related to the patient’s own disease, i.e. the cause of the skull defect, such as brain tumor surgery or brain hemorrhage surgery for cranial debridement and decompression, or the skull defect caused by trauma, etc. Therefore, the patient’s life expectancy is related to his own disease, i.e. the cause of the skull defect. Therefore, the life expectancy of patients is related to their own diseases, but not to the repair of cranial defects, so patients do not need to worry too much about cranial repair. After the skull repair, the repair material has a protective effect on the patient’s brain, which is another layer of safety for the patient’s life. Therefore, cranial repair surgery does not affect the life expectancy of patients, rather it is more dangerous to leave the cranial defect unrepaired. It is recommended that patients with cranial defects choose the appropriate repair material. The current cranial defect repair material is polyetheretherketone PEEK, which is also one of the materials suitable for cranial bone repair surgery. Polyetheretherketone is a polymer material comparable to the body’s own cranial bone. It is more biocompatible, it is strong but very flexible and tough, and it is more resistant to impact and has better protection. Unlike titanium mesh surgery, skull repair surgery with polyetheretheretherketone is an embedded surgery and more comfortable. Moreover, compared with titanium mesh material polyetheretherketone material basically does not conduct heat and has strong insulation properties. It avoids the sensitivity to heat and cold caused by the skull repair surgery with titanium mesh. There is also no postoperative infection and no rejection. The rays are transmissible and no artifacts are formed. Polyetheretherketone is also a material that can be plasticized in three dimensions and can be customized for three-dimensional reconstruction according to the different needs of the patient. The design is made according to the patient’s brain CT data, and the 3D printing technology is used to produce a cranial bone that is basically indistinguishable from its own cranial bone after the cranial repair that perfectly matches the bone window. Warm tip: The above is the detailed introduction of how long can you live with skull repair surgery, hope it is helpful. Patients with cranial defects are recommended to have cranial bone repair surgery as soon as possible to regain their health as soon as possible.