Computer-Integrated Manufacturing (CIM)

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Questions and Answers

What is the main function of computer-integrated manufacturing (CIM) based on the text?

Controlling the flow of material through the factory. (correct)

Connecting machines together to run by sending commands.

Managing just the machines in the factory.

Running part A and then part B sequentially.

How does CIM enable quick switching between different parts?

By running part A, then part B sequentially.

By connecting machines together over a network. (correct)

By having a computer send commands to the machines.

By managing inventories and stock efficiently.

In addition to managing machines, what other aspects of manufacturing does CIM handle?

Just the stock and raw material inventories.

The purchasing of parts and design. (correct)

Only the flow of material.

The communication between machines.

What is one advantage of CIM according to the text?

Facilitating quick switching between different parts. Signup and view all the answers

How does CIM relate to other computer-based systems in product development?

It can be connected to other systems in the product development lifecycle. Signup and view all the answers

What role does a computer play in CIM according to the text?

It connects machines together over a network and manages various aspects of manufacturing. Signup and view all the answers

Match the following terms with their descriptions at Intel's manufacturing process:

Wafers = Produced with a diameter of 12 inches Automated Material Handling System (AMA) = Uses transportation vehicles for efficient movement of products Transportation vehicles in AMA system = Prioritize and track the movement of products Automation system at Intel = Crucial for operations and prevents major factory halts Signup and view all the answers

Match the following statements with the correct roles in Intel's manufacturing process:

Boxes containing wafers = Can hold up to 25 wafers at a time Transportation vehicles in AMA system = Pick up products and deliver them to processing tools Efficient movement of products within the factory = Ensured by the AMA system Failure of automation system at Intel = Could lead to major parts of the factory coming to a halt Signup and view all the answers

Match the following features with their importance in Intel's manufacturing process:

Wafers produced at Intel = Too heavy for one person to handle AMA system transportation vehicles = Ensure timely delivery of products to processing tools Automation system at Intel = Considered one of the most automated in the world AMA system vehicles prioritization = Ensures products reach necessary processing tools on time Signup and view all the answers

Match the following functions with their significance at Intel's manufacturing process:

Wafers moved in boxes = Containing up to 25 wafers at a time AMA system vehicles tracking = Ensures movement of products within factory is monitored Efficient product movement within factory = Enabled by AMA transportation vehicles Automation system failure at Intel = Could cause major factory operations to stop Signup and view all the answers

Match the following components with their roles in Intel's manufacturing process:

Wafers in boxes = Too heavy for manual handling AMA system transportation vehicles = Play a key role in moving products to processing tools Automation system importance at Intel = Critical for preventing halts in factory operations AMA system vehicles prioritization feature = Ensures timely delivery of products for processing Signup and view all the answers

Study Notes

CIM stands for computer-integrated manufacturing, which involves connecting machines controlled by a computer network to perform tasks efficiently.
The computer sends commands to machines, such as instructing a robot to move a part to a specific machine for processing.
CIM allows for quick switching between different tasks by managing machines, parts, stock, raw materials, inventories, and material flow in the factory.
The system can also connect to other computer-based systems involved in product development, including purchasing parts and design processes.
Overall, CIM streamlines manufacturing processes by integrating machines, computers, and various aspects of production and development.

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Description

Explore the concept of Computer-Integrated Manufacturing (CIM) and how machines are controlled by a computer network to enhance efficiency in manufacturing processes. Learn how CIM manages machines, parts, inventories, and material flow while connecting to other computer-based systems for product development.