Tailor your workflow for efficient manufacturing change management:

• Define Specific Sequences: Establish clear steps for implementing diverse manufacturing changes.
• Utilize Comprehensive Checklists: Ensure thorough execution of every aspect of the change with detailed checklists.
• Assign Clear Roles and Responsibilities: Foster ownership and accountability among team members by defining roles.
• Gain Enhanced Visibility: Keep track of change progress with a centralized dashboard.

Ensure Effective Planning for Released ECOs:

• Create an MCO upon the release of a new product design or upon shop floor change requests.
• Initiate a workflow to review and update process plans in response to requested changes.
• Easily assign and monitor project queues for both teams and individuals.

Efficiently Reconcile mBOM and eBOM for manufacturing requirements:

• Generate a detailed side-by-side comparison of the new eBOM and existing mBOM.
• Easily identify differences with color-coded flags for quick attention.
• Automatically pinpoint new system items or BOM additions.
• Strategically plan inventory changeovers by identifying the last usage of items.
• Seamlessly adjust quantities, set effectivity dates, and restructure items across operation sequence numbers.

Efficiently Manage Consumption Changes Driven by mBOM Updates:

• Identify item consumption changes in process routings aligned with the mBOM.
• Easily compare and locate differences between the mBOM and process library through a quick search.
• Seamlessly integrate items into the routing using a user-friendly workbench that ensures alignment with the mBOM.
• Streamline item relocation within the routing during task movement or line rebalancing.
• Implement revision changes across all affected activities in response to ECOs.
• Control ECO implementation with customizable effectivity dates, model specifications, and options settings.

At the core of Advantive’s PLM software solutions lies the vital concept of models and options, essential components in the production of intricate assembly products. Models typically encompass broad product types or families, while options denote specific features applied to these models, enabling extensive variation and customization.

While resembling sales configuration frameworks that govern feasible model and option combinations from an order and sales perspective, the utilization of models and options in process configuration serves a distinct purpose.

Each product model and option necessitate unique assembly processes. Some tasks may be applicable across multiple models and/or options, while others are specific to select models and/or options.

In Assembly Planner, this translates to streamlined operations:

• Maintain a singular, adaptable process routing, filtered by model and option rules during inline balancing analysis, work instruction generation, and part delivery planning.
• Capitalize on shared assembly tasks, eliminating redundancy by authoring tasks once and mapping them to all relevant model(s) and/or option(s), rather than duplicating and updating tasks across multiple documents.

Proplanner has extensive standard and custom reporting options. While we offer services to provide client-specific reporting and data exports, many clients can implement their own reports using our standard API’s and recent integrations to applications such as Power BI and Tableau.

One of our key data models is available in the open-format XML-based Scenario files, which is used extensively by the Assembly Planner application to share and store Line Balancing alternatives. This export contains detailed information on tasks, stations, variants (Models/Options), tools, components (3PR = Products, Processes, Plants and Resources).

Advantive’s PDM/PLM and ERP integrations can be handled via our extensive SQL-View, XML, or Web Service APIs.

• ERP Integration: Advantive’s PDM API can support reading and writing both mBOM, Routing (BOP), and Order Build List data to and from all popular ERP systems such as Oracle, JD Edwards, SAP, and Mapics/Infor. Typically, our ERP integrations involve reading the Order Build List and writing out the mBOM and BOP Routing which manufacturing engineers author within Assembly Planner.The mBOM can be sent to ERP for a particular order configuration or as a collection of assemblies at specific versions and effectivity dates that correspond to change orders (either manufacturing or engineering initiated). In this way, Assembly Planner can reconcile and validate that BOTH the mBOM, and BOP Routing are reconciled to ensure that all process steps consume all components of the mBOM.The BOP Routing is typically exported at the Assembly Planner Operation or Station level of detail, which indicates the aggregated task times and component lists consumed on a station-by-station basis.
• PDM Integration: Advantive’s PDM API can support reading CAD Model and Engineering Change Order data from any popular system such as Windchill, Teamcenter, and Enovia. This import includes graphical models but also the product structure and meta-data such as part numbers, revisions, descriptions, as well as Engineering Change attributes which specify added, removed, and replaced components with their respective quantities.

Proplanner data flows are shown between our PLM/MPM solution (Assembly Planner) and our MES solution (Shop Floor Viewer/MES) in coordination with a traditional ERP integration approach.