#Product Trends
Optimization of productivity via a CNC
Reducing the cycle time for machining a complex part is not a simple story of incremental improvement.
Reducing the cycle time for machining a complex part is not a simple story of incremental improvement. If the rotation speed of the spindle is an indicator, the real performance lies in the steering and the synergy between mechanics and electronics.
We have made this optimization our specialty. Here are the three technological pillars that allow us to achieve such results:
The fluidity
The main obstacle to productivity is often linked to "micro-shifts" during complex management changes. A suppression of latency times and a constant flow of movement. The machine no longer "reflects" between two segments, it chains curves with surgical precision.
The end of vibrations
Increasing the feed speeds is useless if the machine frame resonates. An unstable structure forces the operator to reduce the rate to preserve the surface condition and the life of the tools.
Our chassis are designed with an architecture with strong vibration absorption. This rigidity allows the full power of the engine to be used, even on aggressive trajectories, ensuring a visible finish from the first pass.
Ergonomics
The cycle time does not stop at the movement of the cutter; it includes adjustment and setting. A complex interface is a source of errors and waste of time. Our proprietary software reduces the configuration steps. Fewer manipulations on the screen means more time spent machining.
Since 1999, KMSYSTEM has been supporting manufacturers in the transformation of their challenges.
