Machining Capabilities and General Features

This machine tool is equipped with versatile machining functions, including milling, boring, drilling (drilling, expanding, and reaming), tapping, and spot facing. It features mature processing technology and delivers stable, reliable product quality. With its rational layout, convenient operation, reliable performance, easy maintenance, and aesthetically pleasing appearance, it ensures an excellent user experience.

Machine Layout and Kinematics

The machine adopts a horizontal layout with a double-sided machining configuration and a top-mounted spindle box, providing superior rigidity. The working kinematics are designed as follows: the columns move longitudinally (left and right, X1 and X2 axes) along the bed base guideways; the spindle boxes move vertically (up and down, Y1 and Y2 axes) along the column guideways; and the columns move transversely (front and back, Z1 and Z2 axes) along the slide table guideways.

Structural Manufacturing and Optimization

The fundamental components of the machine are cast from high-strength iron using a German resin sand production line. They undergo artificial aging heat treatment and annealing stress relief treatment to completely eliminate internal stress. Finite Element Analysis (FEA) has been applied to effectively predict and optimize the static and dynamic performance of the machine, ensuring superior overall performance and a high cost-performance ratio. Designed using SolidWorks 3D software, the ribbed structure has been optimized to deliver high overall rigidity and excellent dynamic characteristics, making it particularly suitable for heavy-duty cutting operations.

Product Introduction and Applications

The YZZX-1416 CNC Double-Sided Boring and milling machine is a new-generation, high-efficiency, heavy-duty processing equipment independently developed by our company. It features excellent system rigidity, high precision, long service life, and high reliability. With high positioning accuracy, smooth operation, and low energy consumption, it fully meets the demands of highly efficient enterprise production. It is widely used in various mechanical processing fields, including electric power, steel structure bridges, pressure vessels, chemical and environmental protection, construction machinery, shipbuilding, and aerospace. The machining process is numerically controlled (CNC) and highly convenient to operate, enabling automated, high-precision, multi-product, and mass production.