Horizontal machining centers can be used for precision machining of aerospace, automobiles, internal combustion engines, household appliances, and general machinery. They are suitable for milling, drilling, boring, reaming, tapping, two-dimensional, three-dimensional curved surfaces, and other multi-process machining of parts with multiple working surfaces. They have good performance in completing box hole systems and flat machining in one clamping process, and are suitable for turning and boring box holes.

Horizontal machining center is a CNC machining center designed from scratch on the basis of general CNC machining centers. Compared with general CNC machining centers, it has faster rotational speed and faster displacement speed, and has undergone many adjustments and optimizations in mechanical structure.

The spindle speed of a general CNC machining center is generally 8000rpm, while the speed of a high-speed CNC machining center has been increased to 12000rpm or 15000rpm, which is the fundamental difference. The higher the speed, the higher the accuracy of the processed product. Another important aspect is the fast displacement speed. High speed requires cooperation with fast displacement to achieve its high-speed effect. The speed of fast displacement is also one of the factors that directly affect the processing power of the product. A typical CNC machining center typically has a fast displacement of 24M, while the high-speed CNC machining center we have developed has a fast displacement of 36m or 48m. More than twice the speed of a typical CNC machining center, which determines the processing power.