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WorksheetsChapter 2. CAD/CAM Systems in CIM Environment
Total questions: 38
Worksheet time: 38mins
The Use of computer methods to develop the geometric model of the product in three-dimensional form, such that the geometric and manufacturing requirements can be examined.
Computer Aided Design
Computer Aided Tool Design
Computer Aided Engineering
Computer Aided Testing
Computer Aided Design
Combining functions with drafting to generate the production drawings of the part for the purpose of downstream processing.
Computer Aided Design and Drafting
Computer Aided Tool Design
Cloud Based Manufacturing
Design Process
Cellular Manufacturing
Computer Aided Engineering
Cellular Manufacturing
Computer Aided Design
Computer Aided Testing
Computer Aided Planning
Downstream Processing
Computer Aided Design and Drafting
Computer Aided Engineering
Assembly Systems
Flexible Manufacturing Systems
Computer Aided Quality
Computer Aided Manufacturing
Computer Aided Planning
Computer Aided Process Planning
Manufacturing Systems
The use of computers to generate the process plans for the complete manufacture of products and parts.
Computer Aided Process Planning
Computer Aided Quality
Computer Aided Engineering
Computer Aided Tool Design
Computer Aided Design and Drafting
Computer Aided Tool Design
Assembly Systems
Computer Aided Process Planning
Design Process
Manufacturing Systems
Assurance. We are using computers and computer-controlled assessing the inspection methods and equipment to develop quality control and assurance functions.
Computer Aided Quality
Computer Aided Engineering
Computer Aided Planning
Computer Aided Testing
Computer Aided Design
Refers to the software tools that can take a system through its various phases of operations and examine the response against the expected results.
Computer Aided Quality
Manufacturing Systems
Computer Aided Testing
Computer Aided Design
Computer Aided Planning
Design Process
Smart Quality
Computer Aided Manufacturing
Manufacturing Planning
Cellular Manufacturing
Is a logical groupings of equipment and workers in the factory. A collection of integrated equipment and human resources, whose function is to perform one or more processing and/or assembly operations on a starting raw material, part, or set of parts.
(a)
Some of these systems are highly automated, while others rely largely on manual labor. Chapters include coverage of:
(a)
Integration
Level of Automation
Cellular Manufacturing
Single-Station Work Cells
System Flexibility
Production Lines
Computer system to coordinate
Assembly Systems
Manufacturing Planning
Cellular Manufacturing
Is the process of combining individual components into a finished product during manufacturing.
Level of Automation
Number of Workstations and System Layout
Production Lines
Manufacturing Planning
Assembly Systems
Number of Workstations and System Layout
Digital Manufacturing
Flexible Manufacturing Systems
Manufacturing Control
Level of Automation
Components of a Manufacturing System are:
(a)
It is classified in three categories in terms of the human participation in the processes performed by the manufacturing system
(a)
Involves a sequence of activities that consists of four functions:
(a)
TYPES OF MANUFACTURING SYSTEMS
(a)
Advantages of CIM
(a)
Error Reduction
Cloud Based Manufacturing
Internet Of Things
Artificial Intelligence
Present Scenario
(a)
It performs manufacturing, quality control, shorten design time, and reduces materials waste, improves production reuse, performs predictive maintenance, and more
Smart Manufacturing
Digital Manufacturing:
Artificial Intelligence
Error Reduction
Allows you to connect the "things" (machines and equipment) to make your manufacturing processes work smoothly when creating a product.
Internet of Things
Smart Manufacturing
Manual Facturing
Speed
Digital Manufacturing:
Cloud Based Manufacturing
Error Reduction
System Flexibility
Smart Manufacturing
Artificial Intelligence
Internet Of Things
Error Reduction
Artificial Intelligence
Internet Of Things
Cloud Based Manufacturing
Integration
