Types of manufacturing systems including flexible automation (b) Storage systems including storage buffer Note: This question is taken from the Production Automation Course.

Q: Part 1: ESSAY(50 items) Instruction: Explain why automation is necessary in manufacturing.

A: The process which reduce the human inputs by using the machines and technology is known as…

Q: a. With the aid of diagrams describe how a production plan is generated for a traditional 'push'…

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Q: rimary and secondary research company paper on robots?

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Q: What exactly do you mean by a production system?

A: Explaining production system.

Q: Product design is a critical function in the production system. The quality of the product design is…

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Q: a.) Explain CAD system architecture with neat sketch.  b.) Discuss the applications of CAD and CAM…

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Q: With a block diagram, explain the different phase of design and manufacturing process.  (b) What is…

A: This question is based on the concept of phases of design.

Q: Explain the following with reference to their flexibility and productivity in manufacturing systems…

A: Explain the following with reference to their flexibility and productivity in manufacturing systems…

Q: Customer feedback should help shape our manufacturing systems in that it allows us to understand…

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Q: What is robotic process automation?

A: The term "Robot" has come from the Czech word Robots, which means forced or slaved laborer. In 1921,…

Q: Guide Questions: 1. In your own words, how will you describe a microcontroller? 2. What is the role…

A: 1.how will you describe a microcontroller? A microcontroller is a  computer present during a single…

Q: Automated industrial system can increase the quality and flexibility of process. (i) Sketch an…

A: An automated industrial system

Q: What is Flexible automation evolved from programmable automation?

A: The flexible automation is the modification of programmable automation. In programmable automation…

Q: In the discipline of mechanical engineering, what do you know about Pro/Engineer software? What are…

A: Solution is attached below

Q: Task 3: In the context of maintenance costing, planning, and scheduling, clarify the following: What…

A: General Categories of Potential Maintenance Costs:a. Labor Costs: This includes the salaries and…

Q: Figure Q2(a) shows a Watt flyball governor system. i. Very briefly describe how the following…

A: Given figure shows a Watt flyball governor system: We have to answer the following questions.

Q: 1 0.2 3. Explain in detail the ten strategies for automation and production systems.

A: Ten strategies 1) Specialization of operation The first strategy involves the use of special-purpose…

Q: 4. With a block diagram, explain about Flexible Manufacturing Systems. (Diagram - Explanation

A: Following is the answer for the question.

Q: What is the importance of “Fixturing” a part for a robot application such as assembly?

A: Fixturing helps the robot to work under the given specified area. It helps in stabilizing the moves…

Q: In the Software FMECA, the first step is to identify software elements. Briefly explain what is an…

A: FMECA includes failure analysis, criticality analysis and testability analysis. FMECA is designed to…

Q: Engineer firms in many situations must verify the reliability of existing purchased designs. Your…

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Q: diagram titled 'Manufacturing Systems' answer true or false to the following: Manufacturing systems…

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Rapid Prototyping

The word rapid prototype contains two words- rapid and prototype. The word rapid represents fast, and prototype represents a real, dimensionally accurate, and working assembly of a new or existing product.Rapid prototyping is described as a layer-by-layer manufacturing process in which different machine components like computer control, optical sensor, photosensitive sensor, deposition material, and others are used to develop an accurate dimensional physical working model.In other words, rapid prototyping is a layered manufacturing process of a product using a 3-dimensional (3D) computer-aided design model.