In modern orthopedic surgery, precision and efficiency are the keys to success. As an important part of surgical tools, the application of surgical drills in fracture repair, joint replacement and spinal surgery has greatly improved the success rate of surgery and the speed of patient recovery.
1. Precision control: Modern orthopedic surgical drills are equipped with high-precision motors and control systems, which can perform drilling operations within a very small error range. Through the computer-assisted navigation system (C-arm or navigation), doctors can monitor the drilling position in real time during surgery to ensure the accuracy of drilling.
2. Torque adjustment: Orthopedic surgical drills usually have adjustable torque settings. Doctors can adjust the drilling force according to the specific requirements of the operation to avoid bone damage caused by excessive drilling.
3. High-speed and low-speed switching: During the drilling process, the high-speed mode is used for fast drilling, while the low-speed mode is used for fine adjustment and processing of soft tissue to ensure the safety of the operation.
4. Cooling system: In order to avoid damage to surrounding tissues caused by high temperatures during drilling, modern orthopedic surgical drills are usually equipped with cooling systems to reduce drilling temperature through a continuous flow of coolant.
As an indispensable tool in orthopedic surgery, the advancement of orthopedic surgical drills and the expansion of their applications have significantly improved the accuracy and efficiency of surgery. With the continuous development of science and technology, orthopedic surgical drills will continue to play an important role in the road of precision medicine, bringing better treatment effects and faster recovery to patients.