1. Equipment selection: It is important to choose a five axis CNC Machining equipment that is suitable for your needs. Consider factors such as processing size, precision requirements, and processing data to select suitable equipment.

2. Programming and imitation: The chaotic programming and imitation process required for five axis CNC machining. Ensure that there are experienced operators or programmers to complete these tasks and conduct thorough simulations to validate the machining approach and process.

3. Fixture planning: Five axis CNC machining requires suitable fixtures to fix the workpiece. Fixture planning should take into account factors such as workpiece shape, data, and forces and oscillations during the machining process to ensure stable and accurate machining.

4. Tool selection: Choosing suitable tools is crucial for five axis CNC machining. Consider factors such as processing data, processing methods, and required surface quality when selecting tool types and sizes.

5. Processing strategy: Five axis CNC machining can complete chaotic processing methods, but requires a reasonable processing strategy. Considering the shape of the workpiece and the tool path, develop a suitable machining strategy to greatly improve machining power and quality.

6. Surface quality control during machining: Five axis CNC machining can achieve higher surface quality requirements, but it is necessary to pay attention to the impact of factors such as oscillation and cutting force during the machining process on surface quality. Reasonably select cutting tools and processing parameters, and conduct sufficient surface quality inspection and adjustment.

7. Regular maintenance: Five axis CNC machining equipment requires regular maintenance and upkeep to ensure its normal operation and accuracy. Maintain equipment cleanliness, regularly replace lubricants and worn parts, perform calibration and adjustments, etc.