1. Component fixation: Ensure that the workpiece remains firmly fixed during the machining process to prevent movement or sensation. Use appropriate fixtures and fixture systems to ensure the stability and accuracy of the workpiece.

2. Tool selection: Select suitable tools based on processing requirements. Five axis machining requires consideration of factors such as tool length, rigidity, and geometric shape. Ensure that the tool can effectively cut the workpiece from various viewpoints.

3. Processing path planning: Reasonably plan the processing path to minimize the distance and time of tool movement during the processing. Optimizing processing methods can improve processing power and accuracy.

4. Collision detection: It is very important to conduct collision detection before performing five axis machining. Use professional software or systems to simulate the machining process and detect potential collision situations. This can prevent the tool from colliding with the workpiece or fixture, protecting the safety of the equipment and workpiece.

5. Processing parameter settings: Based on the type of data, cutting tools, and processing requirements, correctly set processing parameters such as cutting speed, feed rate, and cutting depth. Reasonable parameter settings can improve processing quality and power.

6. Timing protection: It is very important to maintain the good condition of the five axis CNC machine tool. Regularly protect the machine tool, including smoothing, cleaning, and checking the wear of each component. This can ensure the stability and accuracy of the machine tool.