CNC Drilling and Tapping Machining Center

The machine tool base, columns, spindle box, cross slide, and worktable are all made of high-strength lost foam casting technology. The internal metallographic structure is stable, ensuring the high stability of the basic parts. The casting structure has undergone machine tool dynamics analysis and finite element analysis to make its geometric structure more reasonable, and the appropriate matching with the reinforcing ribs ensures the high rigidity of the basic parts.

Use high-rigidity and high-precision spindle.

Adopt THK high-precision and high-strength ball screw. Adopt imported high-precision locking nut. After pre-stretching, the ball screw greatly increases the transmission rigidity and eliminates the influence of thermal deformation during movement, thus ensuring the positioning accuracy and repeatability of the machine tool.

The X, Y, and Z axes use THK linear guides, which can meet customers' requirements for fast speed and high precision while also increasing the service life of the machine tool guides.

Reserve a location for tool magazine installation to facilitate additional installation when needed.

The machine is equipped with a sealed guide rail protective cover to effectively protect the guide rails and screws and extend their service life.

The machine tool is equipped with three-dimensional full protection to ensure no vibration during strong chip cutting.

Use FANUC/SIEMENS/GSK control system, paired with an absolute servo motor, ensuring high stability, fast speed, smooth surface, and high precision.

Automatic lubrication system: The guide rail lubrication uses a volume distributor with oil injection to supply the oil required for the guide rail regularly and quantitatively, reducing the waste of lubricating oil. The water tank is equipped with an oil-water separator to avoid environmental pollution.

High-precision pitch compensation, each transmission shaft uses high-precision British Renishaw laser for detection and optimization compensation to make the positioning accuracy of each axis more accurate, more suitable for processing high-precision parts. At the same time, advanced ballbar optimization is used to ensure the accuracy of the machine tool when doing circle and curved surface processing.