Monitoring Systems

The ModuleWorks CAS uses real-time machining data and look-ahead technology to detect immanent collisions and stop the machining process before an actual collision occurs. The CHIRON Group uses CAS as part of their ProtectLine digital system to protect their high-end machining centers from potentially expensive damage and downtime. 

The TMX 5010 joins the TMX 6410 and 7510 cameras as the entry point to the TMX family. Benefits include a higher RAM capacity up to 512 gigabytes (GB), a higher partition offering of 511 segments, standard 10Gb Ethernet with a rugged RJ45 port, and the ability to upgrade to higher throughput models at a later date.

Monitoring of the pressure curve in all cavities is now much more precise, with the help of an envelope curve adapted to the process. The ComoNeo 4.1 is WLAN-compatible for the first time, and users will appreciate even more improvements such as additional interfaces and comfortable user management.

Ecoclean Connect - optimal acquisition of parts cleaning data These requirements have been taken into account in the innovative cloud solution Ecoclean Connect. Defined data generated by the cleaning system’s control unit is transmitted to the cloud in encrypted form via a secure connection. They are stored, evaluated, analyzed and intelligently linked in the IoT platform using the latest technologies and infrastructures.

NUMai software can be utilized as soon as a machine tool has been commissioned and is ready to start production, or on a machine that is already being employed for production purposes. The software initially acquires all pertinent operating data over a period of time, typically a number of hours, while the machine is being used for normal production tasks. Ideally, a diversity of part programs is run, involving a variety of different machining conditions, in order to ensure that the data is as comprehensive and reliable as possible.

The TiM240 is the first variant in the TiM2xx series and has an enclosure rating of IP65 for indoor use. The TiM240 scans a 240° area up to 10m away at speeds up to 15 times per second. This allows the user to cover a relatively large space (200m2) with one scanner and to quickly transmit any measurement changes to the controller via Ethernet. The tried-and-proven HDDM+ technology guarantees the stable and reliable output of measurement data. The low power consumption of 2.9 watts becomes a particular advantage when used in battery-operated vehicles.

The GEMVM system measures acceleration in up to three axes (depending upon sensor type) with a measuring frequency of up to 5.6kHz and a sampling rate of 25kHz. It has eight definable and selectable operating modes with five freely activatable static alarms. Any events that violate the predefined hard stop limits are logged in the event memory with relevant information for later analysis.