Faster, More Precise Production in the Textile Sector with Artech!


The textile sector has a structure that is constantly changing with the needs for speed, quality and sustainability. Artech supports this transformation with advanced automation solutions and makes production processes smart. Automatic systems used in basic production steps such as weaving, yarn, sewing, cutting and dyeing; provide a production infrastructure that is error-free, efficient and compliant with standards.

SECTORS

Textile Sector

  • You're in Control: Artech Technologies for Smart Production

    Production lines are taken under end-to-end control thanks to the PLC systems, SCADA software and servo motor solutions offered by Artech. Cutting and sewing operations are carried out both quickly and with high accuracy with the sensitive movement capability offered by servo motors. The SCADA infrastructure provides real-time monitoring and intervention in the production process, while operating costs are optimized with the system structure that provides energy efficiency.

  • The Address of Smart Automation in Textiles: Artech

    Artech responds to the increasing need for automation in the textile sector with robotic systems and PC-based solutions. Robotic arms both reduce labor and increase production speed in cutting, transportation and packaging processes. PC-based automation systems digitalize production lines with high processing capacity and IoT integrations. In this way, fast data flow is provided between machines, operator dependency decreases and processes become flexible.

  • The Future of Textile Production Takes Shape with Artech

    With Industry 4.0, Artech makes production lines more intelligent, flexible and scalable with PC-based automation systems. The entire production chain is becoming digital thanks to real-time data processing, machine learning algorithms and IoT integrations. In this way, communication between machines increases, operator intervention decreases and production processes are managed with maximum efficiency.