The Vandewiele Automation AI Vision system brings intelligent quality control directly into textile production.

Using high-resolution cameras and advanced image analysis software, the system detects yarn defects, irregularities and process deviations in real time.

By automating inspection tasks traditionally performed manually, manufacturers gain higher consistency, faster detection of issues and improved traceability across production.

The solution can be deployed as a standalone module or integrated into automated lines.

Key benefits

• Real-time defect detection

• Reduced reliance on manual inspection

• Improved process stability and traceability

• Scalable AI-ready architecture

Vandewiele Automation robotic handling cells automate repetitive yarn and package handling operations throughout the production flow.

Equipped with multi-axis robotic arms, smart gripping systems and synchronized control software, these cells enable safe and precise handling between machines, storage areas and transport systems.

Each cell is engineered to match customer layouts and throughput requirements, allowing manufacturers to modernize existing lines without complete plant redesign.

Key benefits

• Reduction of manual handling operations

• Improved line efficiency and safety

• Custom integration into existing plants

• Flexible configuration depending on process needs

Automated carousel and transfer systems ensure smooth, continuous flow of yarn packages between production stages.

Designed to eliminate handling delays and improve synchronization between machines, these systems optimize plant logistics while minimizing operator intervention.

The modular architecture allows adaptation to various plant sizes and production speeds, making them suitable for both new installations and retrofit projects.

Key benefits

• Continuous material flow between processes

• Reduced downtime and handling delays

• Improved plant logistics and efficiency

• Modular design for scalable installations

KR1 is an advanced robotic knotting system designed to automate yarn preparation and transfer operations.

Using precise robotics and intelligent control, the KR1 makes reliable, high-quality knots while reducing manual work and operator involvement.

The system improves production flow by removing delays in yarn preparation, increasing machine availability and ensuring consistent knot quality from one batch to another.

Its modular design makes integration into existing production lines easy and allows it to handle different yarn types (BCF, POY, Aramid, Turf, Tyre Cord etc.) and packages.

Key benefits

• Fully automated knotting and transfer process

• Consistent knot quality and reduced human error

• Increased productivity and workflow continuity

• Seamless integration into existing lines

The Vandewiele Automation AI Vision system brings intelligent quality control directly into textile production.

Using high-resolution cameras and advanced image analysis software, the system detects yarn defects, irregularities and process deviations in real time.

By automating inspection tasks traditionally performed manually, manufacturers gain higher consistency, faster detection of issues and improved traceability across production.

The solution can be deployed as a standalone module or integrated into automated lines.

Key benefits

• Real-time defect detection

• Reduced reliance on manual inspection

• Improved process stability and traceability

• Scalable AI-ready architecture

Vandewiele Automation robotic handling cells automate repetitive yarn and package handling operations throughout the production flow.

Equipped with multi-axis robotic arms, smart gripping systems and synchronized control software, these cells enable safe and precise handling between machines, storage areas and transport systems.

Each cell is engineered to match customer layouts and throughput requirements, allowing manufacturers to modernize existing lines without complete plant redesign.

Key benefits

• Reduction of manual handling operations

• Improved line efficiency and safety

• Custom integration into existing plants

• Flexible configuration depending on process needs

Automated carousel and transfer systems ensure smooth, continuous flow of yarn packages between production stages.

Designed to eliminate handling delays and improve synchronization between machines, these systems optimize plant logistics while minimizing operator intervention.

The modular architecture allows adaptation to various plant sizes and production speeds, making them suitable for both new installations and retrofit projects.

Key benefits

• Continuous material flow between processes

• Reduced downtime and handling delays

• Improved plant logistics and efficiency

• Modular design for scalable installations