Objective: To design and develop a 3D-printed model for practicing the skills of hematoma removal and errhysis hemostasis in the endoscopic hemorrhage evacuation surgery. Methods: The model is divided into skull part, hematoma part and errhysis part. Pig blood is used to simulate hematoma, and agar solution is used to simulate brain tissue. Trainees were asked to evacuate the hematoma under the endoscope, and use surgiflo and cotton pads to stop the errhysis. The weight of the removed hematoma and the time for errhysis hemostasis were recorded to calculate the training score. Results: A total of 32 trainees completed the hematoma removal operation and 15 trainees completed errhysis hemostasis. The group with endoscopic operating experience performed better than the group without endoscopic operating experience. The results of the questionnaire of the students who learned the surgery by the 3D-printed model or the operation video showed that the model is more valuable in teaching and training. Conclusion: It’s the first model that can be used to simultaneously practice the basic skills of hematoma removal and errhysis hemostasis.