Turning to the future
SINUMERIK for every CNC turning application
The highest precision and productivity are essential features of state-of-the-art lathes. From cycle-controlled and standard CNC turning through milling on lathes up to multi-channel and multitasking machining: SINUMERIK CNCs optimize each and every lathe to achieve the highest performance in its class.
Broad SINUMERIK portfolio for turning
Standard CNC turning is simple for all SINUMERIK CNCs. Based on the required functional scope, the required performance and the number of axes, the optimum SINUMERIK is available for each and every application. Machines with main and counterspindle, Y axes and driven tools are optimally supported by the extensive turning and milling cycle package of SINUMERIK 828, SINUMERIK 840D sl and SIMUNERIK ONE controls.
Multi-channel machining
When processing multiple channels on lathes, large cutting volumes must be handled within a very short time, for example, to minimize cycle time with large series. To achieve this goal, the CNC controller must be flexible and highly efficient. SINUMERIK Operate increases programming efficiency of multi-channel machining operations and visualizes them through simulation. As a result, safety is increased through 3D simulation using 3-level view, and extensive control and optimization options provided through an automatic calculation of processing time.
Balance cutting
The SINUMERIK contour cutting cycle allows programming demanding 4-axis turning operations directly on the machine without CAD/CAM. With only two additional parameters, you extend the machining process with a tool for highly productive balance cutting using two tools. The contour and cutting parameters can be simply entered in the guide channel. The CNC sequences are automatically created by the contour cutting cycle. This increases the workpiece throughput per machine, while maintaining a high machining accuracy.
Counterspindle
The counterspindle technology cycle in ShopTurn allows machining to be performed on two spindles on one lathe. With this configuration, workpieces are automatically transferred between the spindles. Counterspindle machining increases the productivity and machining quality as the workpiece does not have to be manually reclamped.
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