What is the primary function of a CMM
A. To inspect surface roughness
B. To analyze the chemical composition
C. To compare two similar parts visually
D. To measure complex 3D geometries with high precision
D. To measure complex 3D geometries with high precision
Cmms are designed to precisely measure 3D objects using a touch probe or laser scanning system
Which of the following is not a type of CMM probe
A. Dial indicator probe
B. Touch probe
C. Laser probe
D. Optical probe
A. Dial indicator probe
CMM probes include touch, probes, laser probes and optical probes but not dial indicator probes
Which industry most commonly uses CMMS
A. Retail and consumer goods
B. Textile and fabric industries
C. Aerospace and automotive manufacturing
D. Food processing and packaging
C. Aerospace and automotive manufacturing
Cmms are widely used and precision industries like aerospace and automotive manufacturing for Quality control
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CQE Primer187
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CQE - Management and Leadership - Quality Philosophies and Foundations1
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CQE - Management and Leadership - Continuous Improvement Tools0
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CQE - Management and Leadership - Strategic Planning0
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CQE - Management and Leadership - Benchmarking0
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CQE - Management and Leadership - Stakeholder Analysis0
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CQE - Management and Leadership - Balanced Scorecards0
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CQE - Management and Leadership - Leading vs Lagging Indicators0
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CQE - Management and Leadership - Gantt Chart0
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CQE - Management and Leadership - Quality Information System (QIS)0
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CQE - Management and Leadership - Cost Benefit Analysis and RACI0
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CQE - Management and Leadership - ASQ Code of Ethics0
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CQE - Management and Leadership - Leadership Principles and Techniques0
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CQE - Management and Leadership - Facilitation Principles and Techniques0
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CQE - Management and Leadership - Communication Skills0
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CQE - Management and Leadership - Customer Relations0
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CQE - Management and Leadership - Supplier Management0
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CQE - Management and Leadership - Barriers to Quality Improvement0
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Quality Systems - Elements of a Quality System10
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Quality Systems - Documentation of the Quality System7
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Quality Systems - Quality Standards and Other Guidelines14
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Quality Systems - Quality Audits17
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Quality Systems - Cost of Quality9
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Quality Systems - Taguchi Loss Function9
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Quality Systems - Quality Training8
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Product, Process, And Service Designs - Classification Of Quality Characteristics4
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Product, Process, And Service Designs - Design Inputs Introduction3
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Product, Process, And Service Designs - Robust Design13
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Product, Process, And Service Designs - Failure Mode And Effects Analysis11
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Product, Process, And Service Designs - Quality Function Deployment5
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Product, Process, And Service Designs - Design For Six Sigma6
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Product, Process, And Service Designs - Design For X5
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Product, Process, And Service Designs - Design Review3
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Product, Process, And Service Designs - Technical Drawing Details - Other Than Views6
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Product, Process, And Service Designs - Geometric Dimensioning And Tolerancing18
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Product, Process, And Service Designs - Verification And Validation10
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Product, Process, And Service Designs - Reliability Models Introduction7
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Product, Process, And Service Designs - Bathtub Curve8
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Product, Process, And Service Designs - System Reliability7
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Product, Process, And Service Designs - Weibull And Exponential Distributions And Reliability9
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Product, Process, And Service Designs - Fault Tree Analysis4
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FMEA + Hazard Analysis9
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Control Plan5
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Critical Control Point Identification4
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Work Instructions And Validation4
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Material Control11
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Basics Of Sampling6
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Acceptance Sampling Basics6
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OC Curve6
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AOQ, AOQL And ATI6
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Attribute Sampling18
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Variable Sampling4
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Measurement Tools5
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Destructive And Non-destructive Tests10
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Coordinate Measuring Machines3
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Metrology10
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MSA Basics9
