Discover precision engineering with PI Hexapod at MachineBuilding.Live

(See PI and ACS Motion Control at MachineBuilding.Live, 2 October 2024, on stand 69)

In aircraft construction, precision is paramount. As part of the ADMAS research project led by Airbus a PI hexapod was used to improve the processing and sealing of carbon fibre-reinforced composite (CFRP) components in resin transfer moulding (RTM) processes. It achieves this by dynamically compensating for process forces during contour machining, milling, deburring, sealing, and drilling of wing shells for the futuristic 'Wing of Tomorrow' project.

This hexapod system is tailored for time-critical manufacturing processes with stringent aerospace industry tolerances. It features advanced fibre optic data transmission between the controller and driver, ensuring rapid response times and precision. With integrated EtherCAT functionality, the system significantly reduces latency, enhancing the control loop for real-time path error compensation.

High-performance and versatility

Capable of handling payloads up to 40 kg and accelerating up to 12,000 mm/s2 in the XY plane, the PI hexapod offers exceptional dynamics and control. This makes it an ideal solution for machine builders looking to integrate high precision into their operations.

Hexapods provide a compact solution with six degrees of freedom, ideal for precise and complex motion control in restricted spaces. Available in various configurations, PI's hexapods can adapt to a wide range of applications and environments, including cleanrooms and high vacuum settings.

Experience firsthand how hexapods can revolutionise precision in machine building. Join PI and ACS Motion Control at stand 69 at MachineBuilding.Live to see a hexapod in action and discuss how it can integrate into your projects to enhance efficiency and quality in manufacturing.

Together, ACS Motion Control and PI represent a powerhouse in precision engineering. The comprehensive suite of solutions, including state-of-the-art motion controllers, drives, air bearing stages and hexapods, are designed to meet a diverse array of industry needs. From initial concept to final implementation, customers receive unparalleled support and expertise, ensuring that every solution is not just delivered but perfectly tailored to enhance operational efficiency and precision.