Double tool turret CNC lathe

The double-tool turret CNC lathe is a highly efficient CNC machine tool equipped with two independent tool turrets, which can significantly enhance processing efficiency and accuracy. It is widely used in batch production fields such as automobiles, aerospace, and precision shaft parts. Its core advantage lies in the fact that the double tool turret can simultaneously or alternately perform different processes (such as turning, milling, drilling, tapping), achieving compound processing, reducing tool changing and clamping time, and thereby optimizing the overall process flow.

Main features and advantages

1.Efficient parallel processing ‌

The dual tool turret design supports synchronous or asynchronous operation: when one tool turret is performing rough machining, the other can complete finish machining or milling, significantly increasing output per unit time. Some models can even process two independent workpieces simultaneously, which is equivalent to "one machine tool serving as two".

The processing efficiency can be increased by nearly twice compared with the single tool turret equipment

The waiting time for tool changing has been significantly reduced, maintaining the continuity of processing

2.High precision and stability ‌

Double-tool turret counter-cutting can counteract the cutting force, effectively suppress vibration, and is particularly suitable for processing slender shaft parts, avoiding vibration marks and improving surface finish and dimensional consistency

Equipped with high-precision linear guides, servo systems and real-time synchronous control algorithms, the repeat positioning accuracy can reach the ±0.005mm level

3.Strong compound processing capacity ‌

It supports the combined function of turning and milling. After integrating the power tool turret, it can complete multiple integrated processing procedures such as drilling, tapping, and milling planes, achieving "one-time clamping, full 

completion" and reducing the cumulative errors caused by multiple clamping operations.

4.Is flexibly adapted to various working conditions ‌

It is applicable to various complex parts such as shafts, discs, stepped shafts and eccentric parts

Optional dual Y-axis, C-axis, and mechanical hand automated loading and unloading support for unmanned production

Typical application scenarios

Auto parts ‌ : Batch processing of drive shafts, motor shafts, piston rods, etc

Medical devices ‌ : connectors, catheters, precision gear shafts and other high-precision parts

Industrial manufacturing ‌ : complex structural components such as hydraulic valve groups, connectors, and wind power flanges