This development may indicate a significant step forward in quality control for wire arc additive manufacturing, potentially increasing the technology's adoption in the aerospace industry. The system's ability to operate with varying camera angles and lighting conditions suggests it could be more widely applicable than previous monitoring systems.
Breakthrough Vision System Brings Real-Time Quality Control To Wire Arc 3D Printing
Researchers at Cranfield University have developed a universal monitoring system for wire arc additive manufacturing, known as WAAM-ViD. The system uses a two-stage deep learning pipeline to analyze the melt pool, allowing for real-time quality control. This breakthrough could increase the adoption of wire arc additive manufacturing in the aerospace industry, as reported by Bioengineer.org.
This development may indicate a significant step forward in quality control for wire arc additive manufacturing, potentially increasing the technology's adoption in the aerospace industry. The system's ability to operate with varying camera angles and lighting conditions suggests it could be more widely applicable than previous monitoring systems.
Breakthrough Vision System Brings Real-Time Quality Control To Wire Arc 3D Printing
Researchers at Cranfield University have developed a universal monitoring system for wire arc additive manufacturing, known as WAAM-ViD. The system uses a two-stage deep learning pipeline to analyze the melt pool, allowing for real-time quality control. This breakthrough could increase the adoption of wire arc additive manufacturing in the aerospace industry, as reported by Bioengineer.org.