Application
Spark reduces pass-through by 50% in automotive parts manufacturing
100%
of shiny metal parts inspected
100%
Complex part faces inspected
50%
50% of passes previously undetected by operators, now automatically detected
Client presentation
Leading automobile manufacturer in the world, at the forefront of Industry 4.0, manufactures critical metal components in its own factories used in the construction of its vehicles. Our client has 4 automated machining lines at one of its most important sites in France.
Quality at the center of concerns.
Despite a high degree of automation for the large-scale production of automotive parts, industrial vision control is often still performed by quality operators whose subjectivity during manual inspection generates false rejections.
Despite the expertise of the operators, aesthetic defects slip through. Given the significant production volumes, the slightest error or deviation from the quality standards can have a major impact if not detected quickly.
Quality controls being expensive and the machine output control procedure being drastic, the client did not want to add a control phase before assembly.
It was therefore necessary to find a robust solution for the inspection of these complex parts. Furthermore, since the geometries of machined metal parts are often complex, single-camera quality control systems may not suffice for these inspections.
The client's objectives
Divide by 2 the passed-through rate caused by manual inspection and detected at the machining output
Do not slow down the production rate by 5 seconds / piece
Inspect bright metallic surfaces of parts
Inspect all faces of the parts
Reduce quality control costs and drastic inspection procedures at the machine output
Control multiple categories of defects (quality specifications)
The solution: Spark Multi View
To achieve these goals, Scortex has implemented its AI-powered automated quality inspection solution, Spark Multi View, equipped with multiple cameras, and has enabled:
Reducing the burden on quality operators
Inspecting machined metal parts with complex and glossy geometry on all sides
Compliance with demanding quality specifications related to automotive part safety
Real-time access to quality data via the Web Quality Center portal.
Deployment support by a dedicated Customer Success team
The Results
50% of the pass-throughs not detected by operators are now automatically detected by Spark Multi View, in a few seconds.
Reducing the workload of operators so they can focus on other high-value tasks in the factory.
Inspection of 100% of shiny metal parts.
Inspection of all surfaces of the parts using a 4-camera Spark Multi View device and display of complete quality data combining all 4 angles of view at once.
Gradual reduction of the gray area through continuous learning
Maintaining a production rate of 5 seconds/piece
“We realized that operators could not control at the same performance pace as the Scortex Spark system”
Jean-Philippe, Quality Site Director
The visuals used in this web page are created using AI to ensure the safety and confidentiality of our clients' manufacturing processes.
Frequent questions
How is our AI-powered automated inspection technology adapted to the specific requirements of metal parts machining for the automotive industry?
What are the functionalities of our solution that allow for the effective detection of defects on machined metal parts while maintaining optimal production deadlines?
How does our solution ensure compliance with the automotive industry's strictest quality and safety standards when inspecting machined metal parts?
How can our technology help reduce manufacturing costs and waste in the metal parts machining process for the automotive industry?
What competitive advantages can automotive manufacturers expect from implementing our AI-powered automated inspection technology in their machined metal parts production process?
