Fejlett, teljesítményalapú szerszámfelügyeleti technológia CNC megmunkálási alkalmazásokhoz, melyet a szerszámkopás, a szerszámtörés és az abnormális megmunkálási körülmények valós idejű észlelésére terveztek.
Reliable tool condition monitoring is essential for modern CNC manufacturing. Detecting tool failures before they affect production helps reduce downtime, protect components and maintain consistent machining quality.
Broken or worn tools can damage expensive workpieces and interrupt automated production. Early detection helps prevent failures before they impact the manufacturing process.
Continuous monitoring eliminates the need for manual inspection and enables immediate reaction to abnormal machining conditions.
Real-time monitoring ensures stable machining performance, especially in automated and high-volume production environments.
Detecting abnormal cutting conditions helps reduce the risk of damage to tools, fixtures, machines and finished components.
WattPilote is fundamentally different from conventional power monitoring technologies. Its unique measurement principle, industrial hardware design and advanced process visualization software provide a highly accurate and reliable solution for CNC tool condition monitoring.
Conventional power monitoring systems are typically based on inductive sensors such as Hall Effect sensors or Rogowski coils. WattPilote uses resistive shunt sensor technology, providing significant advantages for machining process monitoring.
Higher accuracy for both amplitude and phase measurement enables a more precise analysis of machining power variations.
Improved immunity against electrical noise, especially when monitoring non-sinusoidal waveforms generated by variable frequency drives.
Faster measurement response enables reliable detection of rapid changes in machining conditions.
WattPilote separates the motor's total absorbed power into active power (real power) and reactive power (magnetizing power). By monitoring active power, WattPilote characterizes the interaction between the cutting tool and the workpiece.
The second major difference is WattPilote's compact industrial hardware architecture. The power sensor and processor are combined into a single DIN rail-mounted hardware package installed directly inside the machine electrical cabinet.
The integrated design simplifies installation and allows WattPilote to be incorporated into both new machines and existing CNC equipment.
WattPilote communicates with CNC systems through multiple industrial interfaces including 24 V discrete I/O, DeviceNet, I/O Link, PROFIBUS, PROFINET and Internet IP.
Operator communication is provided through USB or Ethernet connection to an industrial PC or PC-compatible machine control system.
The WP Visu-C and WP Visu-CN-C software packages provide advanced tools for system configuration, machining process analysis and monitoring optimization.
System parameters can be backed up to a PC and transferred back into a WattPilote system, simplifying maintenance and machine setup.
The software captures time and date-stamped machining curves together with CNC status information, including tool changes, new parts, updated limits and alarms.
Parameter changes can be evaluated against historical machining data before being transferred to the system. This reduces the risk of false alarms and minimizes optimization time.
WattPilote configuration is performed through three main screens: power curve visualization, power parameters and wear trends.
WattPilote is designed for CNC machining environments where reliable tool condition monitoring, process stability and production security are critical.
Real-time monitoring of milling operations to detect tool wear, tool breakage and abnormal cutting conditions during machining.
Continuous monitoring of turning processes to improve machining reliability and prevent unexpected tool failures.
Integrated tool condition monitoring for automated production systems where process security and unattended operation are essential.
Reliable monitoring in serial production environments to reduce scrap, minimize downtime and maintain consistent machining quality.
Continuous supervision of machining conditions to support unattended production and improve operational reliability.
Access technical documentation, installation information and product resources.
A DigitalWay a fejlett CNC felügyeleti megoldásokat iparági szakértelemmel, precíz mérési technológiával és gyakorlati gyártási tapasztalattal ötvözve fejleszti. A világszerte működő gyártókat támogatva a DigitalWay hozzájárul a folyamatok megbízhatóságának javításához, az állásidő csökkentéséhez és a termelési teljesítmény optimalizálásához.
Több mint egy robotszállító. A Pannon Concept helyi mérnöki szakértelmet, alkalmazástámogatást és komplett automatizálási megoldásokat kínál a koncepciótól az üzembe helyezésig.
1. Helyi mérnöki támogatás
Közvetlen műszaki támogatás mérnöki csapatunktól Magyarországon.
2. Teljes robotintegráció
Az alkalmazás felmérésétől és tervezésétől a telepítésen és üzembe helyezésen át.
3. Egyedi automatizálási megoldások
Robotcellák, rögzítések és egyedi gépek, az Ön gyártási folyamatára szabva.
4. Hosszú távú műszaki támogatás
Támogatás az automatizálási rendszer teljes életciklusa során.
Készen áll a termelés automatizálására?