Connecticut Center for Advanced Technology Delivers Smart Manufacturing Training BENEFITS TO OUR NATION Introducing Smart Manufacturing tools and techniques to manufacturers will
Project Objective
To accelerate the democratization of smart manufacturing (SM), this project will demonstrate to small- medium manufacturers (SMMs) a basic, introductory methodology to use and apply SM technologies.
Benefits to Industry
Demonstrating smart manufacturing technology to small and medium-sized manufacturers (SMEs) is pivotal for catalyzing transformative benefits across the industry. By showcasing the practical implementation of advanced technologies like IoT, automation, and data analytics, small manufacturers learn to optimize their production processes, improve product quality, and enhance productivity. After first movers incorporate these novel manufacturing practices, other companies follow their lead and the improvements eventually disseminate across the entire industry.
Technical Approach
Devise a basic real-world workflow for CNC machining that includes manufacturing process data acquisition and utilizes the Smart Manufacturing Innovation Platform (SMIP) for analytics. 1. Demonstrate SM technologies and platform – measure energy consumption during CNC machining and digitally connect the quality inspection information using the SMIP. 2. Host in-person and web-based workshops to demonstrate the smart manufacturing workflow to SMMs and to incumbent and future workforce. .
Accomplishments
- *Integrated OPC UA server into equipment network.
- Established workflows for the following: o CNC machining Part inspection o o Additive manufacturing
- Developed CNC Machine and Additive Manufacturing Machine SM Profiles.
- Analyzed manufacturing process data on the Smart Manufacturing Innovation Platform.
- Demonstrated SM Technology to 20 Small and Medium Sized Manufacturers.
Deliverables
• Not reported.
Reusable Outcomes
- CNC Machine SM profile
- Additive Manufacturing Machine SM profile