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Model-Based Quality

Track: NX CAM and Tecnomatix User Connection

Session Number: 170289
Date: Mon, May 8th, 2017
Time: 10:00 AM - 10:45 AM
Room: 210

Description:

Manufacturing variation impacts product functionality, assembleability, and fit & finish (look & feel), and results in low product quality (customer dissatisfaction) and high production cost (low manufacture profitability).

Optimized “Cost of Quality” (CoQ), faster “New Product Introduction” (NPI), and Global Sourcing, are driving manufacturers to “Shift Left” for more collaborative upfront virtual validation and real-time shop floor build intelligence, on common digital innovation threads within the supply chains, to achieve predictive launch and flawless production execution.

Quality engineering processes today are supported with disconnected systems and point solutions, relying on uncoordinated effort and manual work, resulting in inefficiency and waste.

SPLM’s MBQ Solution, enabled by predictive simulation & analytics, 3D visualization, real-time manufacturing intelligence, and PLM underpinning, is the only commercial end-to-end quality solution that supports model (3D CAD + semantic PMIs) interoperability and integrity, and therefore can effectively improve quality, lower cost, and digitalize the quality process. It also enables a tighter integration of quality engineering into the overall product development process, and supports manufacturing mega trends and initiatives such as System Engineering, Concurrent Engineering, Closed-Loop Quality, Predictive Launch, and Model-Based Enterprise, etc.

SPLM MBQ Solution comprises Variation Analysis (VA) for designing GD&Ts, NX CMM for inspection programming using PMIs, Dimensional Planning & Validation (DPV) for data-driven shop floor quality control, and CAPA for lifecycle quality issue management.

This interactive session will illustrate the MBQ use cases and workflow, and the individual application products, and it includes both PPT presentation and live software and hardware demo. 

Session Type: Interactive Lecture

Related Industry: Aerospace & Defense, Automotive & Transportation, Electronics and Semiconductor, Industrial Machinery & Heavy Equipment, Marine, Medical Devices & Pharmaceuticals
Learning Objectives: To learn about following:
1) how to use virtual build & simulation tools to identify KCs, and optimize mechanical design & process planning, to achieve predictive launch?
2) how to use shop floor quality reporting & analytic tools to turn measured data into real time manufacturing intelligence, to strive for flawless launch?
3) how to streamline and digitalize quality engineering process with Siemens tools, to bridge design and manufacturing, and close the quality loop?
4) how to sync up quality engineering with quality management (i.e. FMEA, Audit, etc.) to implement effective quality realization process?
5) how to achieve PMI Interoperability & Integrity to enable MBQ, and to get ready to become a Model-Based Enterprise (MBE)?
6) how to align with your related initiatives such as Six Sigma, DFx, MBE, Digital Manufacturing, Cost Cutting…
Applicable Software: IBS QMS, NX for Manufacturing, Teamcenter Quality Issue Management with CAPA, Tecnomatix
Pre-requisites: have basic understanding of mechanical design and manufacturing.
Session Type: Interactive Lecture

Related Industry: Aerospace & Defense, Automotive & Transportation, Electronics and Semiconductor, Industrial Machinery & Heavy Equipment, Marine, Medical Devices & Pharmaceuticals
Learning Objectives: To learn about following:
1) how to use virtual build & simulation tools to identify KCs, and optimize mechanical design & process planning, to achieve predictive launch?
2) how to use shop floor quality reporting & analytic tools to turn measured data into real time manufacturing intelligence, to strive for flawless launch?
3) how to streamline and digitalize quality engineering process with Siemens tools, to bridge design and manufacturing, and close the quality loop?
4) how to sync up quality engineering with quality management (i.e. FMEA, Audit, etc.) to implement effective quality realization process?
5) how to achieve PMI Interoperability & Integrity to enable MBQ, and to get ready to become a Model-Based Enterprise (MBE)?
6) how to align with your related initiatives such as Six Sigma, DFx, MBE, Digital Manufacturing, Cost Cutting…
Applicable Software: IBS QMS, NX for Manufacturing, Teamcenter Quality Issue Management with CAPA, Tecnomatix
Pre-requisites: have basic understanding of mechanical design and manufacturing.