An intelligent intracranial hematoma removal and drainage system, comprising an information input and record module, an information detection module, an intelligent module and a hematoma removal and drainage module, wherein the information input module is used for collecting preoperative data and transmitting the collected preoperative data to the intelligent module; the information detection module is used for acquiring intracranial data monitored in real time and transmitting the monitored intracranial data to the intelligent module; the intelligent module is used for receiving the data from the information input module and the information detection module, analyzing the received data to make a determination, and converting the determination into an instruction signal and transmitting the same to the hematoma removal and drainage module; and the hematoma removal and drainage module is used for receiving an instruction from the intelligent module to remove and drain intracranial hematomas, and feeding data after removal and drainage back to the intelligent module, the intelligent intracranial hematoma removal and drainage system is characterized that, the information detection module comprises an image detection module, a signal acquisition module and a drainage detection module, wherein the image detection module is used for detecting the condition of the intracranial hematoma and determine the shape of the intracranial hematoma; the signal acquisition module is used for acquiring intracranial pressure information and monitoring and transmitting the pressure information in real time; and the drainage detection module is used for detecting drainage components through real-time analysis, detecting the contents of blood components and monitoring rebleeding in real time. the information input module is used for collecting preoperative data and transmitting the collected preoperative data to the intelligent module; the information detection module is used for acquiring intracranial data monitored in real time and transmitting the monitored intracranial data to the intelligent module; the intelligent module is used for receiving the data from the information input module and the information detection module, analyzing the received data to make a determination, and converting the determination into an instruction signal and transmitting the same to the hematoma removal and drainage module; and the hematoma removal and drainage module is used for receiving an instruction from the intelligent module to remove and drain intracranial hematomas, and feeding data after removal and drainage back to the intelligent module, the intelligent intracranial hematoma removal and drainage system is characterized that, the information detection module comprises an image detection module, a signal acquisition module and a drainage detection module, wherein the image detection module is used for detecting the condition of the intracranial hematoma and determine the shape of the intracranial hematoma; the signal acquisition module is used for acquiring intracranial pressure information and monitoring and transmitting the pressure information in real time; and the drainage detection module is used for detecting drainage components through real-time analysis, detecting the contents of blood components and monitoring rebleeding in real time.