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 effiency 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.
Learn More ...
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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