Fuzzy Logic and Visionic have developed an innovative robotic solution to automate hazardous high-pressure cleaning in the aeronautics industry. Their system eliminates the need for manual labor in dangerous decontamination processes while overcoming traditional barriers to robotic adoption in complex industrial applications.
Solving the Aerospace Industry’s Labor Challenge
Aircraft engine parts require meticulous cleaning at pressures reaching 60 bars—a process currently performed manually by workers facing significant health risks. With growing difficulties in recruiting personnel for these regulated, physically demanding jobs, manufacturers urgently need automation alternatives. However, the diversity of parts and lack of robotic expertise have previously made automation impractical.
No-Code Robotics for Complex Tasks
Visionic’s robotic cell integrates a high-pressure cleaning system with Fuzzy Studio’s unique trajectory-generation software. Unlike conventional robotic programming that requires specialized knowledge, this solution automatically creates precise cleaning paths using 3D part models. Operators can define unlimited waypoints through an intuitive interface, eliminating months of manual programming.
Protecting Workers While Cutting Costs
The system addresses multiple industry pain points simultaneously:
- Removes workers from dangerous high-pressure environments
- Reduces musculoskeletal disorder (MSD) risks
- Lowers implementation costs by minimizing robotic expertise requirements
- Processes variable part geometries without reprogramming
“Fuzzy Studio transforms a high-risk, low-value task into simple operator oversight,” said Visionic CEO Xavier Savin.
Expanding to New Industrial Applications
While initially targeting aircraft part cleaning, the technology has broader potential. Visionic plans to adapt the system for welding, inspection, and other applications requiring complex robotic movements. As manufacturers across industries seek safer, more efficient automation solutions, this innovation could redefine standards for hazardous industrial processes.
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