CNC Turn-Mill Composite Machine: Integrated Efficiency for Complex Component Machining
In modern manufacturing, the demand for complex, high-precision components-from aerospace fasteners to medical device parts-continues to grow, and the CNC turn-mill composite machine emerges as a transformative solution that eliminates the inefficiencies of traditional multi-machine processing. This innovative equipment combines the capabilities of a CNC lathe and a milling machine into a single integrated system, allowing for turning, milling, drilling, tapping, and contouring operations to be completed on a single workpiece without repositioning. By streamlining the production process, it not only reduces setup time and labor costs but also minimizes the errors associated with multiple machine transfers, making it an indispensable tool for high-value, complex part manufacturing.
The defining advantage of the CNC turn-mill composite machine lies in its seamless integration of turning and milling functions, which addresses one of the biggest pain points in complex part production: workpiece repositioning. Traditional manufacturing of a component with both rotational and prismatic features would require moving the part between a lathe and a milling machine, each with separate setups, programming, and quality checks. This process is time-consuming, labor-intensive, and prone to alignment errors that compromise precision. With the turn-mill composite machine, the workpiece is clamped once and remains in place throughout the entire production process. The machine's multi-axis design-typically featuring a rotating spindle for turning and a tool turret with milling capabilities-allows for simultaneous or sequential operations, transforming a multi-step process into a single, efficient workflow.
Versatility is another key strength that makes this machine a favorite among job shops and high-volume manufacturers alike. It can handle a wide range of part geometries, from simple shafts with milled flats to complex components with 3D contours, threaded features, and cross-drilled holes. This adaptability makes it suitable for industries such as aerospace, where components like turbine blades require precise turning and intricate milling; medical device manufacturing, where surgical instruments demand both rotational symmetry and detailed machining; and automotive, where transmission parts combine cylindrical surfaces with prismatic features. The machine's ability to work with diverse materials-including aluminum, titanium, stainless steel, and engineering plastics-further enhances its utility across industries.
Precision and consistency are integral to the CNC turn-mill composite machine's design, ensuring that complex components meet the strictest quality standards. The integrated system eliminates the cumulative errors caused by multiple setups, resulting in tighter tolerances and more uniform surface finishes. The machine's advanced CNC control system allows for precise programming of all operations, with features like tool length compensation and spindle synchronization that ensure accuracy even during complex multi-axis movements. Additionally, the rigid machine structure minimizes vibration during high-speed machining, protecting both the tool and the workpiece while maintaining precision. For manufacturers that rely on consistent quality to meet customer demands, this level of accuracy is non-negotiable.
Beyond its functional benefits, the CNC turn-mill composite machine also delivers significant operational value by improving productivity and reducing costs. By consolidating operations, it cuts down on setup time by up to 50% compared to traditional methods, allowing for faster turnaround on orders. It also reduces labor costs, as a single operator can manage the machine instead of multiple pieces of equipment. Tool life is extended thanks to the machine's precise tool path control and vibration reduction, lowering tooling expenses. For businesses looking to stay competitive in the market for complex components, this machine is more than just a piece of equipment-it's a strategic investment that enhances efficiency, quality, and profitability.
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Items |
Unit of Measure |
|
Measurement |
|
|
Max.swing over bed |
mm |
360 |
400 |
500 |
|
Max.swing over skateboard |
mm |
190 |
210 |
310 |
|
Max. processing length |
mm |
750/1000/1500 |
||
|
Bed width |
mm |
360 |
||
|
X-axis travel |
mm |
180/200/250 |
||
|
Z-axis travel |
mm |
1080 |
||
|
Spindle speed range |
r/min |
30-500-1800 |
||
|
Spindle end size |
- |
C6 or C8 |
||
|
Spindle bore taper |
MT6/Metric Taper 52 |
|||
|
Spindle through hole diameter |
mm |
52/80 |
||
|
Number of tools |
- |
4/6 |
||
|
Shank size |
- |
20*20 |
||
|
Tool change time |
sec |
<2 |
||
|
X-axis rapid feed |
mm/min |
4000 |
||
|
Z-axis rapid feed |
mm/min |
6000 |
||
|
Cutting feed per revolution |
mm/r |
0.005-100 |
||
|
Minimum setting unit |
mm |
0.001 |
||
|
Repeatability |
mm |
0.01 |
||
|
Surface roughness |
- |
Ra1.6 |
||
|
Sleeve taper |
mm |
MT4 or MT5 |
||
|
Sleeve diameter |
mm |
65 |
||
|
Sleeve travel |
mm |
130 |
||
|
Main motor power |
KW |
5.5 |
||
|
X-axis, Z-axis servo motor |
N.m |
4,6 or 5,7.5 for demand |
||
|
Machine tool dimensions (L * W * H) |
mm |
750: 2060*1200*1500 |
||
|
Net weight |
Kg |
1600 |
1700 |
1800 |







