Structural features of high-speed vertical machining center

1. Structural features of high-speed vertical machining center:

1. Base: The base span is enlarged, which effectively disperses the upper force and improves the overall stability.

2. Column: The large-span "herringbone" column design, coupled with the reasonable rib arrangement, provides excellent support rigidity.

3. Transmission components: All three axes use precision screws and are appropriately pre-loaded. The tail end adopts a pre-tension design, combined with high-precision low-resistance linear rails to ensure high-speed and high-precision processing requirements.

4. Direct-connected spindle.

5. Super-large span column.

6. Super-wide base, using one-piece casting, has three characteristics of stability, high rigidity and firmness, and provides a stable load-bearing capacity, and the workbench does not hang down. With the strengthening design of each axis, the rigidity and stability are fully utilized. The back flushing chip removal is adopted, and the base chip removal design is rear-discharge type, providing a suitable chip removal angle, so that the chips can be smoothly discharged into the chip storage box.

7. Oversized linear rail design, three axes use Taiwan P-level high-precision, high-rigidity linear slide rails, and additional retainers are added to reduce noise, making the machine processing accuracy more stable, improving heavy load resistance and extending service life.

8. Integral casting, the bearing fixing seat, motor seat and bed are cast as one; the saddle and nut seat are cast as one.

9. The high-speed vertical machining center adopts a gantry column, which has a compact space structure, a small footprint and a wide range of processing. After the workpiece is clamped once, it can automatically complete milling, drilling, boring, reaming, tapping and other processes.

10. The main motion adopts a wide-speed AC servo spindle motor and is equipped with a two-speed gearbox, so that the spindle has a large torque output at low speed, which is suitable for heavy cutting, and the constant power at high speed is suitable for fine processing. It is suitable for CNC machining of large and medium-sized molds and precision parts.

Summary: The structural characteristics of the high-speed vertical machining center are shared by the editor here. After reading this article, you should have a basic understanding and understanding. I believe everyone understands it! In general, I hope it will be helpful to everyone.