INCT GmbH
Automotive glass production lines require high precision, high throughput, and stable synchronization across multiple motion units. As production speed increases and process complexity grows, motion control accuracy and system coordination become critical factors affecting yield, uptime, and overall equipment effectiveness.
This project focuses on an INCT system solution for automotive glass production lines, combining servo drive technology and linear motion control to support precise, high-speed, and synchronized operation.
The production line requires positioning accuracy of ±0.05 mm, placing strict demands on motion stability and repeatability.
The system must operate reliably at speeds up to 12,000 mm/min without sacrificing precision or synchronization.
Glass processing involves complex motion paths, requiring accurate interpolation control beyond simple Cartesian movement.
Machining and material handling systems are controlled independently, creating challenges in timing coordination and process consistency.
To address these challenges, INCT delivered an integrated servo and linear motion control solution for the automotive glass production line.
The solution is built around:
Providing sufficient torque, fast response, and precise positioning for high-speed glass processing.
Supporting stable long-stroke motion and high-speed operation with consistent accuracy.
An open architecture control system supporting flexible motion logic, complex interpolation, and system-level synchronization.
This configuration enables coordinated control of machining and material handling processes within a unified motion framework.
The implemented INCT solution delivered the following results:
🚀 Consistent compliance with the ±0.05 mm precision requirement, improving first-pass yield on critical dimensions
🚀 Stable operation at 12,000 mm/min, enabling predictable and maintainable cycle times
🚀 Improved synchronization between machining and loading/unloading systems, reducing idle time and manual intervention
✅ Open system architecture
The INCT control platform supports multi-axis coordination, complex interpolation, and precise synchronization across subsystems.
✅ Tailored application design
Customized HMI and recipe-based control simplify operation, stabilize production rhythm, and reduce operator dependency.
✅ System-level integration
Motion control and transmission components are integrated as a coordinated system rather than isolated units.
• Automotive glass production lines
• High-precision glass processing systems
• Automated production lines requiring high-speed synchronized motion
Looking to evaluate whether this solution fits your machine project?
🌐 Contact the INCT engineering team for technical consultation.
Automotive glass production lines require high precision, high throughput, and stable synchronization across multiple motion units. As production speed increases and process complexity grows, motion control accuracy and system coordination become critical factors affecting yield, uptime, and overall equipment effectiveness.
This project focuses on an INCT system solution for automotive glass production lines, combining servo drive technology and linear motion control to support precise, high-speed, and synchronized operation.
The production line requires positioning accuracy of ±0.05 mm, placing strict demands on motion stability and repeatability.
The system must operate reliably at speeds up to 12,000 mm/min without sacrificing precision or synchronization.
Glass processing involves complex motion paths, requiring accurate interpolation control beyond simple Cartesian movement.
Machining and material handling systems are controlled independently, creating challenges in timing coordination and process consistency.
To address these challenges, INCT delivered an integrated servo and linear motion control solution for the automotive glass production line.
The solution is built around:
Providing sufficient torque, fast response, and precise positioning for high-speed glass processing.
Supporting stable long-stroke motion and high-speed operation with consistent accuracy.
An open architecture control system supporting flexible motion logic, complex interpolation, and system-level synchronization.
This configuration enables coordinated control of machining and material handling processes within a unified motion framework.
The implemented INCT solution delivered the following results:
🚀 Consistent compliance with the ±0.05 mm precision requirement, improving first-pass yield on critical dimensions
🚀 Stable operation at 12,000 mm/min, enabling predictable and maintainable cycle times
🚀 Improved synchronization between machining and loading/unloading systems, reducing idle time and manual intervention
✅ Open system architecture
The INCT control platform supports multi-axis coordination, complex interpolation, and precise synchronization across subsystems.
✅ Tailored application design
Customized HMI and recipe-based control simplify operation, stabilize production rhythm, and reduce operator dependency.
✅ System-level integration
Motion control and transmission components are integrated as a coordinated system rather than isolated units.
• Automotive glass production lines
• High-precision glass processing systems
• Automated production lines requiring high-speed synchronized motion
Looking to evaluate whether this solution fits your machine project?
🌐 Contact the INCT engineering team for technical consultation.