GFT Technologies AI-powered robots move from inspection to action for automakers

['While many manufacturers use artificial intelligence for visual inspection, most systems stop at anomaly detection, requiring human workers to act and creating delays and risk. GFT Technologies SE is changing that with the launch of AI-driven robotic arms that can not only detect defective parts but also remove them from the production line. This innovation enables automakers to improve quality and keep production moving at full speed.', 'The Stuttgart, Germany-based company has integrated robots, sensors, and software to make this possible.

"Auto manufacturers have been asking the same question for years: \'How do we get AI off the screen and onto the floor?\' With this launch, that question has an answer," said Brandon Speweik, head of manufacturing at GFT. "Bringing AI into the physical realm for auto manufacturers requires a partner who understands the intricacies of both the technology and the factory floor. That\'s been GFT\'s role for 35 years, and this is the natural extension of it."', 'GFT Technologies has applied its experience helping automotive manufacturers, such as Ford Motor Co., modernize their systems and unlock the value of their operational data.

The company has combined its deep knowledge of manufacturing workflows and systems integration to push the boundaries of what AI can do beyond the digital realm. A single recalled vehicle can cost manufacturers upward of $500 per unit to remediate, ultimately costing them tens of millions. Closing the gap between insight and action, at the speed of a modern assembly line, has become a critical challenge.', 'The company has stationed three different robots along factory assembly lines to ensure that components such as car bumpers, doors, pipes, and pieces are manufactured accurately.

The first robot uses a camera to verify details on each piece, such as positioning, detecting visual defects in real time, and confirming that labels and serial numbers are accurate and readable. The second robotic arm marks the parts that its previous counterpart identified as defective. Finally, the third robotic arm physically interacts with the line and defective pieces, reducing the need for human intervention.', 'GFT has now incorporated an AI agent into the root-cause analysis process, drawing on images and other datasets to not only detect a defect but also find its source so that proactive preventive measures can be taken.

"We\'re working toward the democratization of AI, which is why we\'re well aligned with Google," Speweik asserted. "We\'re working with the models and the people who have subject-matter expertise so that someone who\'s not a data scientist or software engineer can make queries or write prompts in natural language." One large U.S.-based auto manufacturer has already begun to put this technology to work across its operations.']