(2) Industry Application Scenarios

• Aerospace Industry: Specialized in machining high-precision alloy parts such as aviation plugs and rotor shafts. Y-axis interpolation enables spatial surface machining and inclined hole processing with universal power heads.

• Automotive Industry: Specialized in machining high-precision alloy parts including aviation plugs, turbocharger impellers and rotor shafts. Y-axis interpolation realizes spatial surface machining and inclined hole processing matched with universal power heads.

• Medical Industry: Dedicated to high-precision medical devices for surgical use. It efficiently and precisely manufactures precision medical devices from three core aspects: process integration, accuracy control and complex feature machining. Its core logic lies in reducing workpiece clamping times, shortening the processing chain, and realizing high-precision radial machining that is difficult to cover by traditional lathes via the Y-axis, perfectly matching the processing requirements of medical devices featuring "small size, tight tolerances and complex structures".

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(3) Description of Machined Part Examples

• Aviation Plug Housing: Characterized by serrated cylinders and keyways, with a core dimension of Φ28.55 subject to strict tolerances. Using the W7-8/6CYD twin-spindle configuration with automatic spindle-to-subspindle docking, the tolerance of relevant mating holes is ≤ 0.01 mm. The equipment adopts high-rigidity bed and precision ball screw, effectively reducing vibration during machining, ensuring the smoothness of serrated surfaces and the accuracy of keyway positions, which can meet the strict installation and use requirements of aerospace equipment for connector components.