Machining center is an advanced CNC machine tool, widely used in machinery manufacturing, aerospace, automotive, electronics and other industries. The machining center can be divided into horizontal machining center and vertical machining center. Among them, the horizontal machining center has significant advantages in chip removal, complex concave and mold cavity processing, especially suitable for processing large workpieces.

Horizontal machining centers have more advantages in chip removal than vertical machining centers. The iron chips of the horizontal machining center are discharged from the bottom and can be directly dropped into the chip extractor or chip extractor to avoid the problem of iron chip accumulation.

The structure of the horizontal machining center makes it easier to carry out complex concave and mold cavity machining, and the tool can be fed in any direction of the workpiece, so that each surface of the workpiece can be accurately cut.

The structure of the horizontal machining center enables it to process large workpieces, and the size of the table can be adjusted according to the size of the workpiece, which makes the horizontal machining center can accommodate and process large workpieces.

The horizontal machining center has significant advantages in chip removal, complex undercutting and mold cavity machining, and can handle large workpieces. For some parts that are difficult to process with vertical machining centers, horizontal machining centers provide an effective solution. Therefore, horizontal machining centers are an ideal choice for applications requiring high precision, high efficiency and large size machining.