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Servo drives for high precision machining

Servo drives for precision machining

Very profitably - this is how our precision machining customers manufacture. Our highly dynamic VECTODRIVE® servo drives are responsible for this. They are the basis for solutions that are precisely tailored to customer requirements. The adaptations range from pure applications to the development of OEM drives.

Maximum performance due to dynamic control

Our customers use VECTODRIVE® servo drives for precision machining whenever standard drives are no longer sufficient. The reliable maximum performance and dynamic control of these electric drives eliminate technical production bottlenecks. 

Easy integration in existing automation environments 

Servo drives from ARADEX are only used where they improve the process. Standard drives are retained when they are sufficient. This minimizes the investment.

The integration of the VECTODRIVE® servo drives in an existing automation system is very simple. The connection to the customer's system is made via Ethernet, CAN bus or Profibus-DP. An interpolative connection via analog or digital interfaces is also possible.

Integrated measuring technology with a drive output resolution of 1 to 100,000

The combination of the VECTODRIVE® drives with the in-process technology of the CycleTracer allows you deep insights into the process - entirely without additional sensors. The high-resolution measuring data allows you to derive measures for optimization and control of the machining process. .

High resolution measurement power high performance cutting - figure
Cycle Tracer in use for high-performance cutting.

The CycleTracer technology module measures the drive output with extreme sensitivity, resulting in several benefits for precision machining:

  • You can monitor your process with almost 100% reliability.
  • You can detect wear in your tools.
  • You can identify trapped chips and unbalanced tools.

Increased productivity in precision machining 

Productivity increases as a result of an optimized machining process:

  • Faster processing
  • Higher quality of the final products 
  • Elimination of processing steps
  • Longer service lives of the tools due to process force monitoring and control.

Areas of application