About the Project
In collaboration with St. Clair College, industry leaders embarked on implementing a fully automated mold polishing system complemented by a 3D scanning-based quality control mechanism. This advanced system is designed to detect any deviations during the polishing process, allowing for real-time corrections, thus improving efficiency and precision in mold production.
Project Overview
- 5 Researchers
- 2 Student Researchers
- Areas of Expertise: Automated CNC Systems, 3D Scanning Technology
Technologies
- NovaCAM
- RhoPoint
Key Innovations
- Automated Polishing System: Developed and implemented a CNC-based automated polishing system capable of handling complex mold geometries.
- 3D Scanning and Quality Control: Integrated a non-contact, in-process quality control system using 3D scanning to monitor and correct the polishing process dynamically.
- Standardization of Procedures: Established standardized practices for operating the new integrated technologies, enhancing the workflow efficiency at Windsor Mold Group.
Impact & Benefits
- Increased Efficiency: The automation of the mold polishing process significantly decreases manufacturing time, leading to increased productivity at Windsor Mold Group.
- Cost Reduction: By automating a critical stage of mold production, the project helps to reduce overall manufacturing expenses.
- Enhanced Precision: The integration of in-process quality control enhances the precision of the mold production, ensuring high-quality standards are maintained.
Related Programs
#MechanicalEngineeringTechnology #MechatronicsTechnology #IndustrialEngineeringTechnology
