Digitalization and Industry 4.0
• Intelligent assistance systems monitor the machine settings in the background and provide the machine operator with information on how to run the system even more productively and consuming fewer resources. Studies have shown that optimizing production parameters can increase production speed by up to 40% and/or reduce energy consumption by up to 30%.
• A newly developed simulation tool helps to optimize existing recipes. The many machine parameters to be set have been reduced to the essentials and can in future be calculated automatically on the basis of the textile key data.
• In the area of service, there is a new maintenance tool that proactively gives the machine operator or maintenance department service instructions that can be tracked in a logbook. In future, a newly developed online service platform will support customers with all service inquiries. The technicians communicate directly with the customer via video conferencing – partly with augmented reality. Documents such as circuit diagrams or maintenance manuals can be viewed and explained together and spare parts can be ordered directly. For regular maintenance processes, photo or video illustrations can be stored in local language. Technically caused downtimes can be significantly reduced by these new systems. This increases system availability and thus productivity.
• The exchange of machine data with higher-level control station or ERP systems is easily possible with OPC-UA. This allows to rationalize processes in the textile factory and to monitor the quality.
These machines are mostly used where little space is available. They are suitable for finishing woven or dimensionally stable knitted fabric, nonwovens, needle felt, and technical textiles, or for the wool industry.
With the new Power-Frame VNE multi-layer stenter, only one machine operator is required, as the entry and the exit are on the same machine side. This applies both to the version with 2 and with 6 fabric passages.
The new VNE machine concept offers the highest possible power density on a small floor space or a long air flow section in a very confined space. The dryer itself is equipped with the patented split-flow air circulation system and the alternating arrangement in each half compartment additionally ensures optimum and uniform air circulation and thermal treatment of the fabric.
Another advantage is the completely lubricant-free fabric transport chain of the multi-layer stenter, because in this version there is absolutely no oil in the dryer interior.