About the Project
In partnership with Industry leaders St. Clair College’s Research and Innovation Department, embarked on an ambitious journey to revolutionize commissioning automated robotic cells. This partnership bridged the gap between practical and theoretical knowledge, paving the way for operational efficiency and technological advancements. The project focused on creating a Digital Twin, a virtual environment where robot programming and cell simulations could be performed before deployment. As a result, the setup process was streamlined, errors were minimized, and setup times in real-world applications were significantly reduced.
Project Overview
- 1 Researcher
- 1 Student Researchers
- Areas of Expertise: Data Analytics for Business and Mechanical Technician – CAD/CAM
Technologies:
- Tecnomatix Process Simulate
- Teamcenter 15.0.2
- FANUC Robots
- CAD Exchanger
Key Innovations
- Digital Twin Creation: Developing an accurate virtual representation of the robotic cell, which includes detailed robot paths, collision checks, and simulations.
- Virtual Commissioning: Integrating the digital twin with Tecnomatix PS to enable virtual testing and validation of robot programs.
- Advanced Simulation Techniques: Utilizing tools like the continuous process generator, Mfg from curves, and offset path creation to accurately model and simulate complex robotic operations.
Impact & Benefits
- Reduced Setup Time: Testing and validating robotic programs in a virtual environment significantly reduces the time required to set up the actual robotic cell.
- Error Minimization: Potential issues are identified and resolved in the virtual environment, leading to fewer errors and higher efficiency in the physical setup.
- Cost Savings: Reducing the need for physical prototypes and extensive real-world testing leads to cost savings in the development and deployment of automated robotic cells.
- Improved Efficiency: Enhanced simulation capabilities optimize robotic operations for performance, leading to improved overall efficiency of the automated systems.
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