Turn-mill compound

High degree of process integration: It is possible to complete a variety of processes such as turning, milling, drilling, boring, and tapping in one clamping, reducing the number of times the workpiece is clamped and the turnover time, improving the processing efficiency, and also helping to ensure the position accuracy of each processing part.

High processing accuracy: Advanced CNC system and high-precision transmission components are adopted, ensuring good rigidity and stability, and can achieve processing accuracy at the micro level or even higher. The multi-axis linkage function can control the motion trajectory of the tool and workpiece, meeting the processing requirements of complex curved surfaces and high-precision parts.

Rich tool configuration: It can be equipped with a variety of tool types, such as turning tools, milling cutters, drilling bits, boring tools, etc., and can automatically change tools according to the needs of the processing process, achieving quick switching between different processing operations.

Programming complexity: Since it involves the combination of multi-axis linkage and a variety of machining methods, the programming of lathe-milling compound machining is relatively complex, requiring professional programmers to have rich knowledge of CNC programming and machining process experience.

Application fields

Aerospace field: For processing complex parts such as aircraft engine blades, rotors, landing gear, etc., which usually have high precision, complex curved surfaces, and strict quality requirements, turning and milling compound processing can meet their processing needs, improve production efficiency and part quality.

Automobile manufacturing sector: It can process key components such as crankshafts, camshafts, transmission casings, etc., of automobile engines, achieving efficient and precise machining, which helps to improve the performance and reliability of automobile engines.

Precision mechanical processing field: Suitable for processing various high-precision molds, medical device parts, electronic equipment parts, etc., it can meet the strict requirements of these fields for part accuracy and surface quality.