Cad-Automation

If you work with sheet metal in SolidWorks, you have three realistic options for getting flat-pattern DXFs out at scale: write a VBA macro, buy PDMPublisher, or use CadShift. Each solves the same core problem — the repetitive manual export — but they sit at very different points on the complexity-vs-cost curve. This is a buyers guide, not a pitch. The right tool depends on your shop’s specific situation. The problem all three tools solve The native SolidWorks workflow for DXF export does not scale. For one part, the right-click → Export to DXF/DWG route is fine. For an assembly with 40 sheet metal parts, you are looking at 30–45 minutes of clicking through the same dialog, checking flat patterns, setting file names, and ensuring consistent layer settings across every export. Miss a part and your laser operator finds out at the machine. A detailed walkthrough of what the manual process involves is in the batch DXF export guide. ...

The Hours You’re Not Getting Back Ask any engineer where their time actually goes, and the answer is rarely “designing.” It’s exporting files. Converting formats. Renaming outputs. Running the same five steps in the same order for the twentieth time this month. That’s not a skills problem. It’s a workflow problem — and it’s exactly what CAD automation is built to fix. If you’re a mechanical engineer, CAD manager, or GIS professional who suspects too much of your day is going to work a script could handle, you’re probably right. This article covers what CAD automation actually means in practice, which tasks are worth tackling first, and how engineering teams are using it to reclaim real hours without changing how they design. ...

When your engineering team is buried in repetitive CAD tasks, automation stops being a nice-to-have. Two tools tend to come up in that conversation: CadShift and DriveWorks. Both reduce manual work—but they solve very different problems. DriveWorks focuses on design automation, generating new CAD models from rules and parameters. CadShift tackles workflow automation, streamlining the export, conversion, and processing tasks that pile up after your designs are complete. Here’s what you need to know to figure out which one actually fits your team. ...

There’s a recurring post format in the SolidWorks community that breaks CAD automation into levels: macros, parametric design, API integration, configurators. The comments are always the same — experienced engineers arguing about which level their team is actually at, and why Level 3 is the sweet spot that most teams never reach. They’re right. And understanding why most teams plateau matters if you’re trying to decide where to invest automation effort. ...

If You’ve Ever Exported the Same File Thirty Times, This Is for You Most engineers don’t think of themselves as doing repetitive data work. But ask anyone who manages CAD outputs across a product line, and you’ll hear the same story: open the file, export it, rename it, check the settings, repeat. Multiply that by fifty parts. Then do it again next revision cycle. That’s the problem CadShift was built to solve. ...

Your engineering team has the talent and experience to deliver exceptional results. But watching skilled engineers burn hours on repetitive file conversions and manual exports? That’s not maximizing their potential. CAD automation software transforms how engineering teams handle routine tasks, freeing up time for actual design work and innovation. The question isn’t whether automation could help — it’s whether you can afford to keep operating without it. Here are five clear indicators that your engineering team is ready for CAD automation software. ...

If you work with sheet metal assemblies in SolidWorks, you know the drill: open each part, flatten it, export a DXF, name the file, move on to the next one. Repeat forty times. It’s tedious, error-prone, and a genuine waste of engineering time. This guide walks through the manual process, explains where it falls over at scale, and shows how CadShift automates the entire workflow. The manual approach SolidWorks can export flat patterns to DXF natively. For a single part, it’s straightforward: ...