top of page

World’s first monitoring software for multimaterial WAAM

by Iulia Degeratu & Vincent Wegener


In Grade2XL, RAMLAB has developed a real-time anomaly detection system (MaxQ) suitable for multimaterial wire arc additive manufacturing.


ree

This innovative system includes: a torch with a 3D scanner and a thermal camera to control the geometry and interpass temperature, a High Frequency Voltage Inverter (HF VI) robot data access for position coordinates and welding parameters and optionally a spectroscope, a microphone and melt pool camera. The system can trace anomalies in real time such as wire feeding problems or a worn out torch tip, and can also give out the intensity ratio between elements (compositional analysis). A closed loop control system is currently under development.


MaxQ + PANASONIC ROBOT in cooperation with Valk Welding.
MaxQ + PANASONIC ROBOT

More details about the MaxQ system are provided on RAMLAB’s website: https://www.ramlab.com/maxq-for-waam/




 
 
 

Comments


Copyright © 2020 M2i. All rights reserved.

euflag.png

This project has received funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 862017.

bottom of page