Automation_in_Production_Systems_Presentation.pptx

Production system

1. Automation in Production Systems: Principles and Strategies Presented by: Devjeeth Branch: B.Tech Robotics Engineering Date: [Insert your date]

2. Introduction to Automation in Production Definition: Automation in production systems involves integrating technology to perform tasks with minimal human intervention, enhancing: - Efficiency - Consistency - Productivity Purpose: To improve quality, speed, and cost-effectiveness across manufacturing and production workflows.

3. Types of Automation in Production Systems 1. Fixed (Hard) Automation: - Performs specific, repetitive tasks. - High production volume, low flexibility. - Example: Automotive assembly lines. 2. Programmable Automation: - Reconfigurable for different tasks. - Used in batch production. - Example: CNC machines. 3. Flexible (Soft) Automation: - Highly adaptable, quick changeovers. - Ideal for customized or small-batch production. - Example: Robotic manufacturing cells.

4. Principles of Automation – The USA Principle Understand the Existing Process: - Analyze current inputs, outputs, and operations. - Identify inefficiencies, delays, or bottlenecks. Simplify the Process: - Eliminate unnecessary steps. - Optimize and streamline workflows. Automate the Process: - Apply automation where it adds value: - Faster production - Improved quality - Lower cost Conclusion: This principle ensures automation is applied strategically—not blindly.

5. Strategies of Automation (Part 1) 1. Specialization of Operations: Use dedicated machines to improve speed and accuracy. 2. Combined Operations: Integrate multiple steps in one machine to save time. 3. Simultaneous Operations: Perform multiple operations at the same time to reduce cycle time. 4. Integration of Operations: Link operations to reduce manual handling and delays. 5. Increased Flexibility: Design systems to accommodate product variety with minimal setup time.

6. Strategies of Automation (Part 2) 6. Improved Material Handling & Storage: Use conveyors, AGVs, and robotic arms for efficient logistics. 7. Online Inspection: Enable real-time quality monitoring and corrections. 8. Process Control and Optimization: Use feedback and sensors for real-time adjustments. 9. Plant Operations Control: Centralize monitoring and control for the entire plant. 10. Computer-Integrated Manufacturing (CIM): Integrate design, planning, production, and quality through computer systems for seamless manufacturing.

7. End of Presentation