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|PTC Technical Specialists Newsletter - October 2011|
Enterprise Product Focus of the Month : What’s New in Windchill 10.0 MPMLink?
Windchill MPMLink helps resolve the daily challenges that design and manufacturing engineers face in ensuring that process plans, manufacturing bill of materials (mBOMs) and work instructions accurately reflect the current engineering model, and that design decisions consider manufacturing best practices.
Transforming engineering designs into mBOMs and manufacturing processes has typically been a cumbersome process that had to wait until the design was completed. With the digital Manufacturing Process Management (MPM) capabilities of Windchill MPMLink, manufacturers can develop both the product and the manufacturing process definition concurrently, thus enabling you to reduce product cost, improve accuracy of manufacturing deliverables, and shorten development cycle time.
New in Windchill MPMLink 10.0 is the ability to populate a Part Machining process plan in MPMLink from a Creo NC Manufacturing model. All the user needs to do is associate an MPMLink operation with a Creo NC model, and MPMlink will extract all the steps from the Creo NC models, parameters such as machining time, tooling, resources, comments .. etc .. to populate the operation description in MPMlink and link operation to resources in MPM based on the Creo NC model
Also new in Windchill 10.0 MPMLink is the ability to allow the same Process Plan to be used to manufacture different assemblies, using exactly the same Operations, but consuming different parts from one assembly to another.
In addition, we’ve added the ability to consume parts from phantom assemblies into the process plan of the parent level assembly.
In Windchill 10.0, improving the user experience is key. One place where that is evident is in the BOM transformation process. In previous releases, the user was required to go back and forth between 2 windows to perform the transformation. Now, a user is presented with a dual pane window that contains both the upstream and downstream BOMs. From that dual pane window, there is a middle tool bar that allows you to perform a variety of actions between the displayed BOMs. This improvement has typically resulted in a reduction of 50% mouse clicks and 50% mouse travel.
Dual Structure Editor
A new BOM comparison tool is available to quickly identify discrepancies in quantity of items between an eBOM and equivalent mBOM and provide some recommendations to address some of these discrepancies. Discrepancies analysis is done from top down and context by context so that if a part is multi-instantiated in many sub-assemblies, we are able to localize under which ones the issue is in.
A work instruction is a dynamically generated HTML page that combines process plan information (sequences, operation, part allocation, resource allocation, time, etc.) and all related documents such as drawings, images and 3D sessions with annotations.
Work instructions can be used on a manufacturing shop floor as a step by step guide on how to produce, inspect, repair or maintain parts. Because they are dynamically generated any change made to a process plan, operation or sequence is immediately accessible to a shop floor worker, ensuring that the most up-to-date manufacturing information is available at all times.
In Windchill 10.0 MPMLink, enhancements have been added to the ability to print work instructions by adding support for pagination and paper size.
This new and powerful feature allows you to perform a mass replace of allocated resources on operations (processing resources and work centers). In addition, you can perform a mass insert/remove of documents on MPMLink objects.
Mass Change from Process Plan Explorer
Mass Change Wizard
In addition to the enhancements listed above. Numerous improvements have been made to both serviceability and usability. These include: