1. Programming: Ensure that the machining program written is accurate and error free. Five axis machining involves the motion of multiple coordinate axes, so the programming needs to consider the coordinated motion of each axis to avoid collisions or errors.

2. Fixture design: Five axis machining typically requires the use of special fixtures to secure the workpiece, ensuring stability and safety during the machining process. The design of fixtures needs to take into account the shape, material, and processing requirements of the workpiece.

3. Tool selection: Choose the appropriate tool based on the processing material and requirements. Five axis machining typically requires the use of special shapes or long cutting tools to achieve complex machining requirements.

4. Machining path planning: When performing five axis machining, it is necessary to plan the machining path reasonably to greatly reduce the distance and time of tool movement and improve machining efficiency.

5. Machine tool debugging: The debugging of a five axis CNC machine tool is an important step to ensure that the motion of each axis is smooth and the accuracy meets the requirements. During the debugging process, it is necessary to check the motion range, zero position, and motion accuracy of each axis.

6. Safe operation: Five axis CNC Machining involves multiple motion axes, and operators need to strictly follow safety operating procedures to ensure the safety of personnel and equipment.