what’s new in opcenter quality 11 · advanced product quality planning (apqp) for an active...
TRANSCRIPT
Summary Opcentertrade Quality is a multilingual cross-industry quality management sys-tem (QMS) solution that complies with international quality standards including the International Organization for Standardization (ISO 90012015) International Automotive Task Force IATF 169492016 Automotive Industry Action Group (AIAG) and German Automobile Industry Association (VDA) Opcenter Quality is a process-oriented modular sys-tem that supports the closed-loop quality product lifecycle managing complexities for planning control and monitoring of processes and corporate quality
New features in Opcenter Quality 113
Generalmaster data
Supports multi-site license serverCompanies can now ensure that a single plant can use the number of licenses it has purchased
A plant can only use the licenses it has been granted it is no longer possible to use the licenses from another work location
Drawing selection extended by PDF filesThe master data drawings have been extended by the file type PDF as filter If this filter is active only PDF files are dis-played in the file explorer
APQP
Frozen milestones for active projectsAPQP can be operated in two different modes
bull Planned project dates and milestone dates can be changed independently of the project status (default setting)
or
bull The change of milestones is not allowed if the project status is active
If an active project is loaded in the latter mode the fields for planned start and end date cannot be changed
siemenscomopcenter
Benefitsbull Companies can work with license
servers and assign a certain number of licenses to individual plants
bull PDF files can be used in the drawing master
bull Users can freeze the milestones in Advanced Product Quality Planning (APQP) for an active project
bull Portal users can edit the editor and the editing date
bull Failure mode and effects analysis (FMEA) moderators can use the keyboard more often
bull Failure effects and failure causes can be categorized in the PFMEA
bull Statistics on task priority are available in the system structure
bull The common component for statis-tics is now available in the Statistical Process Control (SPC) Web module
bull Personal reports can be created efficiently in the SPC Web module
Whatrsquos new in Opcenter Quality 113
Opcenter Quality brings higher integration between processes global user groups and manufacturers to suppliers
Whatrsquos new in Opcenter Quality 113
Action portal
Specify the responsible and the due date for actions created by the method assistantExternal-facing portal users can specify the responsible and the due date of pro-cessing if an action has been generated by the method assistant
FMEA moving of system elements in the structure tree possible via keyboardModerators can use the keyboard more often You can now move system ele-ments within the FMEA structure using the button ltShiftgt System elements if you have the required user rights
Moving functions and defects in the structure tree is possible in the same way
FMEA categorization of failure effects and failure causes in the PFMEAThe AIAGVDA standard requires the cat-egorization of failure causes and failure effects in the PFMEA
Categorization of the failure causesFor the categorization of the failure causes the 4M process according to Ishikawa is used The categories of failure effectsprocess effects are defined by AIAGVDA
The user can assign one of the following options to a processbull Man (human)bull Machine bull Material bull EnvironMent (milieuenvironment)
OPCENTER
Featuresbull General supports multi-site license
server
bull Master data drawing selection extended by PDF files
bull APQP frozen milestones for active projects
bull Portal specify the responsible and the due date for actions created by the method assistant
bull FMEA moving system elements in the structure tree possible via keyboard
bull FMEA categorization of failure effects and failure causes in the pro-cess FMEA (PFMEA)
bull FMEA implementation of an evalua-tion of task priorities distribution
bull SPC Web common component for statistics integrated
bull SPC Web personal reports are implemented for SPC Web
APQP project with fixed milestones
APQP project with fixed lsquoPlanned Startrsquo and lsquoPlanned Endrsquo dates
Assignment of a process type to a system element
OPCENTER
The user can decide whether the 4M categorization is displayed in the form sheet
A change of the 4M type for the system element can be made directly in the form sheet via the context menu
Detection category of process effectsThe moderator can assign the three cat-egories defined by AIAGVDA for the pro-cess effects directly in the functionbull Directly in the production plantbull In the target plant where the product is
further processedbull By the end user of the product
Representation of 4M in the form sheet
Interactive working with the form sheet
Assigning of a detection category to a function
Categories represented in the form sheet
OPCENTER
FMEA implementation of an evalua-tion of distribution of task priorities A new evaluation was implemented to get an overview of the distribution of task priorities in a system structure
The task priority distribution shows how many highmediumlow hits a system structure contains By double clicking on a table row the AIAGVDA form with the corresponding task priority is loaded
SPC Web common component for statistics integrated With Opcenter Quality 113 you can use the common statistical process control (SPC) component as a statistics engine The common SPC component is used to map the following tasks
bull Control charts for attributive characteristics
bull Control charts for visual characteristicsbull Normal probability plot including a
probability straight linebull Pareto analysisbull Support of industry rulesbull Calculation in acquisition based on
sigma calculation mode in inspection plan
SPC is a method for controlling processes in production using statistical methods The aim is to produce products without defects in a closed control circuit that is to recognize problems as early as possi-ble and eliminate their causes to reduce their effects This leads to cost reductions for scrap rework and inspections and to savings due to less frequent tool changes reduced setup work and fewer violations in the process
Distribution of task priorities
C chart for attributive characteristics
U chart for attributive characteristics
P chart for attributive characteristics
The SPC common component supports this method of quality assurance and assessment It provides various function-alities for calculation and visualization for inspection order acquisition
SPC Web personal reports The personal report is now available in Web SPC acquisition window as well
Probability net including a probability straight line
Pareto analysis of a visual characteristic
Configuration of personal reports in SPC Web now possible
copy 2020 Siemens A list of relevant Siemens trademarks can be found here Other trademarks belong to their respective owners
82114-C3 620 A
Siemens Digital Industries Software siemenscomsoftware
Americas +1 314 264 8499 Europe +44 (0) 1276 413200 Asia-Pacific +852 2230 3333
OPCENTER
Whatrsquos new in Opcenter Quality 113
Action portal
Specify the responsible and the due date for actions created by the method assistantExternal-facing portal users can specify the responsible and the due date of pro-cessing if an action has been generated by the method assistant
FMEA moving of system elements in the structure tree possible via keyboardModerators can use the keyboard more often You can now move system ele-ments within the FMEA structure using the button ltShiftgt System elements if you have the required user rights
Moving functions and defects in the structure tree is possible in the same way
FMEA categorization of failure effects and failure causes in the PFMEAThe AIAGVDA standard requires the cat-egorization of failure causes and failure effects in the PFMEA
Categorization of the failure causesFor the categorization of the failure causes the 4M process according to Ishikawa is used The categories of failure effectsprocess effects are defined by AIAGVDA
The user can assign one of the following options to a processbull Man (human)bull Machine bull Material bull EnvironMent (milieuenvironment)
OPCENTER
Featuresbull General supports multi-site license
server
bull Master data drawing selection extended by PDF files
bull APQP frozen milestones for active projects
bull Portal specify the responsible and the due date for actions created by the method assistant
bull FMEA moving system elements in the structure tree possible via keyboard
bull FMEA categorization of failure effects and failure causes in the pro-cess FMEA (PFMEA)
bull FMEA implementation of an evalua-tion of task priorities distribution
bull SPC Web common component for statistics integrated
bull SPC Web personal reports are implemented for SPC Web
APQP project with fixed milestones
APQP project with fixed lsquoPlanned Startrsquo and lsquoPlanned Endrsquo dates
Assignment of a process type to a system element
OPCENTER
The user can decide whether the 4M categorization is displayed in the form sheet
A change of the 4M type for the system element can be made directly in the form sheet via the context menu
Detection category of process effectsThe moderator can assign the three cat-egories defined by AIAGVDA for the pro-cess effects directly in the functionbull Directly in the production plantbull In the target plant where the product is
further processedbull By the end user of the product
Representation of 4M in the form sheet
Interactive working with the form sheet
Assigning of a detection category to a function
Categories represented in the form sheet
OPCENTER
FMEA implementation of an evalua-tion of distribution of task priorities A new evaluation was implemented to get an overview of the distribution of task priorities in a system structure
The task priority distribution shows how many highmediumlow hits a system structure contains By double clicking on a table row the AIAGVDA form with the corresponding task priority is loaded
SPC Web common component for statistics integrated With Opcenter Quality 113 you can use the common statistical process control (SPC) component as a statistics engine The common SPC component is used to map the following tasks
bull Control charts for attributive characteristics
bull Control charts for visual characteristicsbull Normal probability plot including a
probability straight linebull Pareto analysisbull Support of industry rulesbull Calculation in acquisition based on
sigma calculation mode in inspection plan
SPC is a method for controlling processes in production using statistical methods The aim is to produce products without defects in a closed control circuit that is to recognize problems as early as possi-ble and eliminate their causes to reduce their effects This leads to cost reductions for scrap rework and inspections and to savings due to less frequent tool changes reduced setup work and fewer violations in the process
Distribution of task priorities
C chart for attributive characteristics
U chart for attributive characteristics
P chart for attributive characteristics
The SPC common component supports this method of quality assurance and assessment It provides various function-alities for calculation and visualization for inspection order acquisition
SPC Web personal reports The personal report is now available in Web SPC acquisition window as well
Probability net including a probability straight line
Pareto analysis of a visual characteristic
Configuration of personal reports in SPC Web now possible
copy 2020 Siemens A list of relevant Siemens trademarks can be found here Other trademarks belong to their respective owners
82114-C3 620 A
Siemens Digital Industries Software siemenscomsoftware
Americas +1 314 264 8499 Europe +44 (0) 1276 413200 Asia-Pacific +852 2230 3333
OPCENTER
OPCENTER
The user can decide whether the 4M categorization is displayed in the form sheet
A change of the 4M type for the system element can be made directly in the form sheet via the context menu
Detection category of process effectsThe moderator can assign the three cat-egories defined by AIAGVDA for the pro-cess effects directly in the functionbull Directly in the production plantbull In the target plant where the product is
further processedbull By the end user of the product
Representation of 4M in the form sheet
Interactive working with the form sheet
Assigning of a detection category to a function
Categories represented in the form sheet
OPCENTER
FMEA implementation of an evalua-tion of distribution of task priorities A new evaluation was implemented to get an overview of the distribution of task priorities in a system structure
The task priority distribution shows how many highmediumlow hits a system structure contains By double clicking on a table row the AIAGVDA form with the corresponding task priority is loaded
SPC Web common component for statistics integrated With Opcenter Quality 113 you can use the common statistical process control (SPC) component as a statistics engine The common SPC component is used to map the following tasks
bull Control charts for attributive characteristics
bull Control charts for visual characteristicsbull Normal probability plot including a
probability straight linebull Pareto analysisbull Support of industry rulesbull Calculation in acquisition based on
sigma calculation mode in inspection plan
SPC is a method for controlling processes in production using statistical methods The aim is to produce products without defects in a closed control circuit that is to recognize problems as early as possi-ble and eliminate their causes to reduce their effects This leads to cost reductions for scrap rework and inspections and to savings due to less frequent tool changes reduced setup work and fewer violations in the process
Distribution of task priorities
C chart for attributive characteristics
U chart for attributive characteristics
P chart for attributive characteristics
The SPC common component supports this method of quality assurance and assessment It provides various function-alities for calculation and visualization for inspection order acquisition
SPC Web personal reports The personal report is now available in Web SPC acquisition window as well
Probability net including a probability straight line
Pareto analysis of a visual characteristic
Configuration of personal reports in SPC Web now possible
copy 2020 Siemens A list of relevant Siemens trademarks can be found here Other trademarks belong to their respective owners
82114-C3 620 A
Siemens Digital Industries Software siemenscomsoftware
Americas +1 314 264 8499 Europe +44 (0) 1276 413200 Asia-Pacific +852 2230 3333
OPCENTER
OPCENTER
FMEA implementation of an evalua-tion of distribution of task priorities A new evaluation was implemented to get an overview of the distribution of task priorities in a system structure
The task priority distribution shows how many highmediumlow hits a system structure contains By double clicking on a table row the AIAGVDA form with the corresponding task priority is loaded
SPC Web common component for statistics integrated With Opcenter Quality 113 you can use the common statistical process control (SPC) component as a statistics engine The common SPC component is used to map the following tasks
bull Control charts for attributive characteristics
bull Control charts for visual characteristicsbull Normal probability plot including a
probability straight linebull Pareto analysisbull Support of industry rulesbull Calculation in acquisition based on
sigma calculation mode in inspection plan
SPC is a method for controlling processes in production using statistical methods The aim is to produce products without defects in a closed control circuit that is to recognize problems as early as possi-ble and eliminate their causes to reduce their effects This leads to cost reductions for scrap rework and inspections and to savings due to less frequent tool changes reduced setup work and fewer violations in the process
Distribution of task priorities
C chart for attributive characteristics
U chart for attributive characteristics
P chart for attributive characteristics
The SPC common component supports this method of quality assurance and assessment It provides various function-alities for calculation and visualization for inspection order acquisition
SPC Web personal reports The personal report is now available in Web SPC acquisition window as well
Probability net including a probability straight line
Pareto analysis of a visual characteristic
Configuration of personal reports in SPC Web now possible
copy 2020 Siemens A list of relevant Siemens trademarks can be found here Other trademarks belong to their respective owners
82114-C3 620 A
Siemens Digital Industries Software siemenscomsoftware
Americas +1 314 264 8499 Europe +44 (0) 1276 413200 Asia-Pacific +852 2230 3333
OPCENTER
The SPC common component supports this method of quality assurance and assessment It provides various function-alities for calculation and visualization for inspection order acquisition
SPC Web personal reports The personal report is now available in Web SPC acquisition window as well
Probability net including a probability straight line
Pareto analysis of a visual characteristic
Configuration of personal reports in SPC Web now possible
copy 2020 Siemens A list of relevant Siemens trademarks can be found here Other trademarks belong to their respective owners
82114-C3 620 A
Siemens Digital Industries Software siemenscomsoftware
Americas +1 314 264 8499 Europe +44 (0) 1276 413200 Asia-Pacific +852 2230 3333
OPCENTER