Horizontal machining centers are efficient, high-precision and flexible CNC machine tools that are suitable for machining a wide range of parts. So what types of parts are suitable for horizontal machining centers?
- Box parts
This type of parts generally has multiple planes and hole systems and needs to be processed on different surfaces. For example, gearbox bodies, engine cylinders, etc. Its characteristics are complex shapes, multiple processing steps, and high precision requirements. The horizontal machining center can complete the processing of multiple surfaces and holes through one clamping to ensure processing accuracy and position accuracy. - Disc parts
Like various flanges, gear plates, etc. Since disc parts usually have evenly distributed holes or grooves in the circumferential direction, the rotary table of the horizontal machining center can easily realize circumferential processing and improve processing efficiency. - Complex shaft parts
For some longer and more complex shaft parts, the horizontal machining center can better guarantee their processing accuracy and coaxiality requirements. - Mold parts
Such as the cavity and core of the injection mold. Mold parts often have complex shapes and high precision requirements. Horizontal machining centers can provide stable machining conditions and high-precision machining capabilities. For example, in the automotive manufacturing industry, key parts such as engine blocks and gearbox bodies are often processed using horizontal machining centers; in the field of mold manufacturing, the cavity of injection molds is usually processed on horizontal machining centers.
In short, due to its structural and functional characteristics, horizontal machining centers have significant advantages in machining parts with multi-faceted, multi-porous, complex shapes and high precision requirements.
