5-axis linkage machining

This applies to all types of industries in manufacturing, including: medical, optical, energy, aerospace, optoelectronics, automotive, electronics, communications, security, robotics, drones, general manufacturing, and more. 5-axis simultaneous machining is used for parts that require precise rotary machining, such as turbines and impellers, where contoured surfaces can be easily transitioned to produce the highest quality parts; this is the level of quality that current 3-axis machining cannot.

The following are some of the differences between 3-axis machining and 5-axis machining: Traditional 3-axis machining systems may require additional setup and additional preparation for complex parts. The 3-axis machining system moves on the X, Y and Z axes, providing only lateral and longitudinal movement; however, 5-axis simultaneous machining adds rotation to the A and B axes while providing crossover X, Y and Z axes. motion. This allows parts to be machined from all different angles in a single setup. Other differences between 5-axis simultaneous machining and 3-axis machining include:

• 5-axis simultaneous machining system can process complex shapes faster.
• The final product has higher accuracy.
• 5-axis simultaneous machining makes it easier to machine places where the 3 axes are difficult to reach.
• It can shorten production time and shorten turnaround time.
• With a high-capacity workbench, can rotate faster, and can easily handle heavier parts.
• Create a smoother, higher quality surface finish.

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