CNC rotary milling machine

XK9350F CNC rotary engraving milling machine. This machine tool abandons the swing cutting milling head cutting crescent groove scheme used by many manufacturers. Adopting a novel flying knife cutting groove structure; flyThe transmission, positioning, clamping, and support structure of the knife adopts a series of new functional structures to ensure speed, stability, and reliability. The crescent groove has superior processing efficiency, high precision, and strong rigidity, and can easily process various high hardness rolling rolls such as high hardness tungsten carbide roller rings and composite rollers.

The transmission, positioning, clamping, and support structure of the flying knife adopts a series of new functional structures, abandoning the traditional worm gear structure used in high-speed rotating flying knife transmission components (which are prone to wear and failure and have low efficiency in high-speed transmission). Ensure efficient and fast processing of transverse rib grooves with flying blade structure, and good support rigidity of the flying blade system. Stable and reliable. This structure has obtained national patents, and this machine tool has obtained 2 national patents.

The flying knife support structure draws on the characteristics of similar machine tools in Italy. The support block adopts a circular arc surface support, which has good support effect. At the same time, a movable top is used at the top of the tool holder to improve the support rigidity and accuracy of the tool holder.

The flying knife has high rigidity, high-precision support, and a reasonable structure. Refer to the diagram for details:

The servo driven flying knife transmission mechanism adopts pure gear transmission (6-level precision, grinding), with high transmission accuracy, rigidity, and smoothness.

The machine tool adopts ball screw transmission in the longitudinal direction (to avoid the disadvantage of inaccurate gear and rack transmission), and is automatically controlled by the CNC system. It can achieve automatic movement from one hole to the next, with precise positioning and no need for manual movement.

The CNC system is embedded with automatic programming software developed in collaboration with Siemens, which only requires inputting parameters such as roll diameter and specifications to automatically edit and generate crescent groove processing programs and engraving programs. Reduced tedious programming work and improved processing efficiency.

Technical parameters: