How Cboost engineered human-machine interaction for street construction robots
The Strobo street construction robot developed by Street Robotics, a subsidiary of De Krom, needed a fitting user interface for their employees to operate it efficiently. Cboost created a digital twin, developed a wireless controller and launched an education program to improve the usability of the robot.
- Developed a digital twin of a new street robot concept that is 3 times faster and lighter
- Improved usability and minimized errors through a wireless controller and digital twin
- Increased operation hours and enhanced safety
Damage detection on airplane engines at a micron level for KLM Air France
To preserve essential expertise in airplane engine inspection, Cboost is working on an automated visual solution using AI-powered Computer Vision together with Air France KLM Engineering and Maintenance.
- A custom data collection setup was used to gather high-quality data
- Damages were detected on a micron level using a pre-trained AI model enriched with the data collected
Scaling and standardizing quality inspection of polyurethane products for PolyMX
To reduce reliance on manual labor and maintain consistency at scale, Cboost is developing an AI-powered visual inspection solution for PolyMX. This paved the way for a standardized, scalable, and highly accurate inspection process.
- Successfully completed a technical audit to determine the project’s feasibility.
- Achieved over 80% accuracy in the testing phase.
- Reduced costs and reliance on human labor.
The Automatic Waxing Station is optimizing the waxing process for Holonite
To deal with high-mix, low-volume production in a dynamic environment, Cboost built a robotized machine powered by AI Vision to mitigate labor risks, increase production quality, and lower waste.
- Collected high-quality data using a custom multi-camera setup
- Simulated various potential solutions using digital twins
- Built the Automatic Waxing Station that can flexibly wax (new) mold variations
