So that your machine runs like clockwork: Yarn Spinning
- Easy and precise control as well as modification of the yarn count, due to the use of servo systems in the stretching machines
- Maximum flexibility with regard to bobbin shape due to recipe-controlled variation of the lift-to-wind ratio.
- Greater productivity due to fully automatic and therefore fast adaptation when the material is changed
- Energy saving due to optimised dimensioning and DC coupling
- High degree of robustness due to compensation of short interruptions of the power supply
- Always informed due to feedback of production data and energy consumption in real time
From standard to something special: Yarn Finishing
- Flexible and modular machine design due to distributed, synchronised controllers as well as optional drives and I/O cells
- Easy engineering due to verified application templates for the traversing drive as well as the drawing and thread transport systems
- Cost-efficient temperature control with short set-up times and, thanks to fewer cycles, self-adapting due to integrated temperature controllers in the I/O modules
- Best yarn quality due to highly precise control of tensile force
- Innovative visualisation with database link for purposes of quality control and documentation
Always a clean solution: Washing
- EtherCAT-Teilnehmer Easy control due to touch panel with visualisation - no additional PLC needed
- Space-saving due to the use of a servo inverter with double axis modules
- Cost-saving due to motors running parallel on one axis
- An I/O system with temperature sensor card for temperature control inside the PLC; this makes additional hardware controllers superfluous
- Use of an EtherCAT valve island, which considerably reduces the number of additional I/O modules
- Remote maintenance with transparent access to EtherCAT nodes
For high quality patterns: Printing
- Easy engineering due to uniform software environment for visualisation, printing roller drives and variable speed drives
- Support of modular machine concepts based on a configuration for a maximum number of colours with optional nodes
- High printing precision due to synchronised servo axes
- High plant availability due to possibility of using an alternative printing axis in the event of a printing unit fault or failure
Easy solutions for complex applications: Stenter
- Synchronisation of the axes due to easy parameter setting
- Additional synchronisation modules are unnecessary
- Integrated motion functions such as
- CAM
- Register
- Electronic shaft
- Winding
- Dancer control
- Easy integration into higher-level standard PLC structure due to flexible communication interfaces
