Media Detail
Daily Briefs / News
This section includes the following daily briefs / news:
Global Edge Engineering Assistant is a flexible workflow system that helps supplement and enhance your current software and hardware technologies with capabilities that are explained in the following 10 key areas:
- 1.00 - Engineering Assistant
- 2.00 - CAD Integration
- 3.00 - Automated Quoting / CRM
- 4.00 - Automated Product Configuration
- 5.00 - Automated CAD Model Generation
- 6.00 - Automated Routing Generation
- 7.00 - Advanced BOM Management
- 8.00 - CAD to ERP Integration
- 9.00 - Automated Workflow
- 10.00 - Integrated Manufacturing
1.00 - Engineering Assistant
1.01 - Automated CAD Model Analysis
Blog Post (1.01.01)
What is CAD Model Analysis and how can it help your company generate accurate and timely sales quotes?
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Blog Post (1.01.02)
Reduce and eliminate shop floor rework by testing your parts before they leave engineering.
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Blog Post (1.01.03)
Help your company determine the optimal routing path for simple-to-complex parts.
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1.02 - Manufacturability Testing (Design For Manufacturing)
Blog Post (1.02.01)
What is Manufacturability Testing and how can it reduce and eliminate shop floor rework?
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Blog Post (1.02.02)
Before your part designs leave engineering, make sure they can be successfully fabricated.
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Blog Post (1.02.03)
Utilize Manufacturability Testing to determine that parts can be successfully fabricated.
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1.03 - Automated Sheet Metal Batch Unfolding
Blog Post (1.03.01)
Automate the unfolding of sheet metal CAD models from single parts to large batches.
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Blog Post (1.03.02)
Provide your nesting software with DXF flat files sorted by material, thickness and required date.
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Blog Post (1.03.03)
Optimize shop floor velocity and efficiency with automated routing generation.
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1.04 - Automated Shop Floor Data Preparation
Blog Post (1.04.01)
Enable the batch programming of your bending machines with standard bend process automation.
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Blog Post (1.04.02)
Improve your scheduling process with the automated generation of optimal routing steps.
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Blog Post (1.04.03)
Automate the labor intensive tasks associated with the manufacturing engineering process.
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2.00 - CAD Integration
2.01 - Automated Production Work Queue
Blog Post (2.01.01)
Automate the preparation of DXF flat files and bend programs without human intervention.
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Blog Post (2.01.02)
Automate the testing of daily production runs to ensure successful part fabrication.
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Blog Post (2.01.03)
Automate the batch generation of SolidWorks sheet metal CAD models into DXF flat files.
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2.02 - SolidWorks CAD Model Explorer
Blog Post (2.02.01)
Automatically extract complete bill of materials information from your SolidWorks CAD assemblies.
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Blog Post (2.02.02)
Automatically synchronize your CAD bill of materials with ERP for real-time information accuracy.
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Blog Post (2.02.03)
Automatically generate a complete manufacturing bill of materials from your SolidWorks assemblies.
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2.03 - CAD to ERP Integration
Blog Post (2.03.01)
Automatically synchronize your CAD bill of materials with ERP for real-time information accuracy.
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Blog Post (2.03.02)
Eliminate the manual retyping of SolidWorks CAD parameters into your ERP system.
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Blog Post (2.03.03)
Integrate SolidWorks CAD part parameters directly with your MES and ERP systems.
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3.00 - Automated Quoting
3.01 - Automated Quote Generation
Blog Post (3.01.01)
Automate the generation of accurate and timely sales quotes based on CAD part parameters.
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Blog Post (3.01.02)
Generate accurate and timely sales quotes based on actual production costs.
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Blog Post (3.01.03)
Significantly increase your quoting capacity with automated time and material cost rollups.
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4.00 - Automated Product Configuration
4.01 - Automated BOM Generation
Blog Post (4.01.01)
Reduce data entry errors and eliminate costly mistakes with manually generated Bill of Materials.
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Blog Post (4.01.02)
Automatically generate a complete manufacturing Bill of Materials from your engineering Bill of Materials.
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Blog Post (4.01.03)
Eliminate the manual generation of Bill of Materials and generate Optimal Routings from your 3D Sheet Metal CAD models.
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4.02 - Automated Part Number Generation
Blog Post (4.02.01)
Reduce time, money, and effort throughout your manufacturing enterprise with a simplified method to eliminate duplicate and orphan part numbers.
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Blog Post (4.02.02)
Reduce time, money, and effort throughout your manufacturing enterprise with a simplified method to eliminate duplicate and orphan part numbers.
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Blog Post (4.02.03)
Simplify inventory management by eliminating duplication of information with automated part number generation.
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4.03 - Automated Routing Generation
Blog Post (4.03.01)
Utilize Routing Configurator to generate optimal shop floor routings.
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Blog Post (4.03.02)
Utilize Routing Configurator to generate routings based on cost and/or delivery time.
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Blog Post (4.03.03)
Improve shop floor scheduling with the generation of routings based on CAD Part Parameters.
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5.00 - Automated CAD Model Generation
5.01 - Automated CAD Model Configuration
Blog Post (5.01.01)
Automate and simplify the approach to configuring parts and assemblies.
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Blog Post (5.01.02)
Automate the configuration of simple to complex products incorporating innovative Design For Manufacturing capabilities.
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Blog Post (5.01.03)
Utilize innovative product configuration technology to automatically configure parts within performance limits.
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6.00 - Automated Routing Generation
6.01 - Automated CAD Model Analysis
Blog Post (6.01.02)
Automatically test your CAD sheet metal parts for manufacturability before reaching the shop floor.
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Blog Post (6.01.03)
Automated analysis of sheet metal CAD parts can supplement and improve your quoting process.
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6.02 - Optimal Routing Generation
Blog Post (6.02.01)
Improve shop floor efficiency with the automated generation of optimal routings.
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Blog Post (6.02.02)
Increase customer satisfaction and profitability by generating sales quotes based on optimal routings and cost rollups.
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Blog Post (6.02.03)
Reduce production cycle times with automated selection of optimal routings.
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7.00 - Advanced BOM Management
7.01 - Engineering & Manufacturing Data Warehouse
Blog Post (7.01.01)
Establishing a Centralized Data Warehouse can make critical information available when and where needed.
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Blog Post (7.01.02)
Reduce duplication of effort and information with an Engineering and Manufacturing Data Warehouse.
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Blog Post (7.01.03)
Establish an Engineering & Manufacturing Data Warehouse to eliminate duplication of information and effort.
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7.02 - Advanced Part Search
Blog Post (7.02.01)
Incorporating Advanced Part Search software technology can help eliminate duplicate part numbers and orphan parts.
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Blog Post (7.02.02)
Utilize powerful "Where-Used" software technology to eliminate design and production errors.
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Blog Post (7.02.03)
Increase part reuse with an innovative method to find existing parts with Advanced Part Search software technology.
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7.03 - Spreadsheet Integration
Blog Post (7.03.01)
Utilize advanced Spreadsheet Integration software technology to reduce spreadsheet dependency.
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Blog Post (7.03.02)
Advanced Spreadsheet Integration software technology can simplify the updating of vendor costs.
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Blog Post (7.03.03)
Reduce the dependency of disconnected spreadsheet information with advanced Spreadsheet Integration software technology.
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8.00 - CAD to ERP Integration
8.01 - CAD / ERP / Shop Floor Integration
Blog Post (8.01.01)
Utilize "Real-Time" CAD to ERP integration software technology to provide accurate and timely information throughout manufacturing enterprise.
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Blog Post (8.01.02)
Utilize innovative software technology to integrate CAD and ERP with Shop Floor.
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Blog Post (8.01.03)
Utilize innovative software technology to simplify Shop Floor Data Collection and Job Costing.
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9.00 - Automated Workflow
9.01 - Automated Production Work Queue
Blog Post (9.01.01)
Eliminate the manual processing of daily production with an Automated Production Work Queue.
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Blog Post (9.01.02)
Make sure your engineering workflow tasks are completed on-time with an Automated Production Work Queue.
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Blog Post (9.01.03)
Automate the manufacturing engineering workflow process with an Automated Production Work Queue.
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9.02 - Automated Sheet Metal Batch Unfolding
Blog Post (9.02.01)
Automatically process daily production with the automated resizing of sheet metal CAD models based on standard bend processes.
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Blog Post (9.02.02)
Automatically generate DXF flat files from your 3D sheet metal CAD models adjusted for each specific bending machine.
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Blog Post (9.02.03)
Automate the generation of CAM bend programs with the proper Extended Data embedded into your DXF flat files.
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9.03 - Manufacturability Testing
Blog Post (9.03.01)
Before releasing production batches to the shop floor, make sure each part can be successfully fabricated.
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Blog Post (9.03.02)
Detect shop floor errors with your part designs before they reach the shop floor utilizing Manufacturability Testing.
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Blog Post (9.03.03)
Manufacturability Testing can help increase profitability and reduce product delivery time by detecting potential design errors before reaching the shop floor.
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10.00 - Integrated Manufacturing
10.01 - Job / Work Order Management
Blog Post (10.01.01)
Utilizing Automated Job Build functionality can significantly reduce labor intensive tasks of preparing information for the shop floor.
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Blog Post (10.01.02)
Automatically generate a complete Manufacturing Bill of Materials based on user definable routing and production rules.
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Blog Post (10.01.03)
Automate the generation of Shop Floor Work Instructions included with the automated generation of optimal routings.
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10.02 - Real-Time Shop Floor Monitoring
Blog Post (10.02.01)
Effectively process and track Hot Parts with innovative software technology.
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Blog Post (10.02.02)
Effectively manage production utilizing "Real-Time" Production Dashboard software technology.
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Blog Post (10.02.03)
Better manage production with "Real-Time" Dashboard to quickly identify potential bottlenecks.
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10.03 - Smart Factory Integration
Blog Post (10.03.01)
Increase shop floor productivity with "Real-Time" Production Dashboard utilizing IoT (Internet of Things) integration.
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Blog Post (10.03.02)
Increase engineering and manufacturing productivity with Two-Way Smart Engineering, MES, and ERP Software Integration.
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Blog Post (10.03.03)
Better manage your manufacturing enterprise with Smart Factory Integration.
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