Lathe milling composite -406408508510 series (flagship model)

产品概况

1. The maximum rotation of the 406/408 series (6/8-inch chuck) bed body is Φ 480mm, the maximum processing diameter is Φ 350mm, and the processing length is 325-400mm. It is suitable for small precision hardware, 3C accessories, medical equipment, and small batch shaft sleeve parts. The compact body occupies a small area and is the first choice for entry-level small and medium-sized processing factories.

2. The 508/510 series (8/10 inch chuck) has a bed rotation of Φ 550-650mm, a maximum processing diameter of Φ 420mm, and a maximum processing length of 430-525mm. It has stronger heavy-duty rigidity and is suitable for new energy parts, hydraulic valve bodies, medium-sized shafts in construction machinery, and large-diameter disc workpieces.

The entire series adopts standardized modular design, with customized chuck specifications, spindle types, guide rail structures, presence or absence of Y-axis, and hydraulic tailstock. The tailstock supports Z-axis drag as standard and hydraulic drive as optional. The MT4/MT5 precision taper hole sleeve and slender shaft machining support are stable. The machine tool is equipped with a complete automation interface, which can be paired with a bar feeder, chip conveyor, automatic tool setter, and truss manipulator to quickly build a 24-hour unmanned production line and meet the production needs of large-scale standardized parts. Truly achieving the complete process of turning, milling, drilling, boring, tapping, and eccentric milling in one clamping, greatly reducing workpiece turnover, manual handling, and repeated alignment processes, eliminating cumulative errors caused by multiple clamping, significantly improving part yield, and saving more than 30% of labor and factory space under the same production capacity.

1. 30 degree oblique layout optimizes chip removal performance, provides better operational visibility and comfortable ergonomic experience, greatly improving the smoothness and operational safety of the machining process.

2. Mihanna cast iron integrated casting, the base and saddle are made of high tension "Mihanna cast iron" integrated molding, ensuring the ultimate stability of the equipment foundation from the source and endowing the machine tool with long-lasting durability.

3. FEM finite element analysis, using advanced finite element method to conduct global simulation optimization of the machine structure, eliminating design redundancy, and achieving a perfect balance between rigidity, stability, and lightweight.

4. High rigidity and vibration absorption, the integrated bed base not only provides extremely high rigidity, but also has excellent vibration absorption function, effectively suppressing machining vibration and ensuring high precision under heavy cutting.

5. Standard imported THK, linear guide rail, precision ball screw, low friction coefficient, high positioning accuracy;

6. The standard configuration adopts Taiwan's new generation system and Taiwan's new generation servo motor, which has strong stability, high resolution, fast acceleration and deceleration response, and high consistency in repeated processing.