This machine tool has milling, boring, drilling (drilling, reaming, boring), tapping, countersinking and other processing functions. The technology is mature, the product quality is stable and reliable, the machine tool layout is reasonable, the operation is convenient, the performance is reliable, the maintenance is convenient, and the appearance is beautiful.

The machine tool adopts a horizontal layout, double-sided machining, and a headstock mounted in the center, which has high rigidity. The working mode is as follows: the column moves left and right along the bed base guide rail (X1, X2 coordinates), the headstock moves up and down vertically along the column guide rail (Y1, Y2 coordinates), and the column moves back and forth along the slide guide rail (Z1, Z2 coordinates).

The machine tool's foundation components are all made of high-strength cast iron from a German resin sand production line, and undergo artificial aging heat treatment and annealing stress relief to eliminate internal stress. Finite element analysis was applied to effectively predict and optimize the machine tool's static and dynamic performance, ensuring its performance and resulting in a high performance-to-price ratio. Using SolidWorks 3D design and optimized reinforcement structure, the machine boasts high rigidity and excellent dynamic characteristics, making it particularly suitable for heavy-duty cutting operations.

The YZZX-1416 CNC double-sided boring and milling machine is a new type of high-efficiency heavy-duty machining equipment independently developed by our company. The equipment features excellent system rigidity, high precision, long service life, and high reliability. It boasts high positioning accuracy, stable operation, and low energy consumption, meeting the needs of enterprises for high-efficiency production. It is widely used in various machining fields such as power, steel structure bridges, pressure vessels, chemical and environmental protection, engineering machinery, shipbuilding, and aerospace. The machining process is CNC controlled, making operation convenient and enabling automated, high-precision, multi-variety, and batch production.

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