Workflow

A supplier discontinues a product line. You need to find every SKF bearing in a 600-part machine assembly and evaluate alternatives. With the standard Select menu you can hunt them down individually — or you can open Advanced Component Selection, type vendor = SKF, click Apply, and have every matching component highlighted in 3 seconds. Most SolidWorks users have never touched this tool. It sits one click off the cursor menu and handles property-based selection that would otherwise require a macro or a full PDM search. ...

Large assemblies break the assumption that CAD tools “just work.” At some threshold — different for each platform — the software stops being interactive and starts being a waiting exercise. The difference between a team that manages large assemblies well and one that doesn’t is almost entirely about the tools and workflows they choose to use, not about hardware. This guide covers the performance toolkit for SolidWorks, Inventor, and Fusion 360, with specific attention to where each platform’s approach breaks down and what you can do about it before the assembly grows too large to manage. ...

Exporting a hundred drawings to PDF before a design review is one of those tasks that eats an afternoon. With SolidWorks PDM, there are three ways to automate it: the built-in Batch Plot tool, the SolidWorks Task Scheduler, and a custom API script that talks to both PDM and SolidWorks. They’re not equivalent — each has hard limits that determine which one fits your situation. What SolidWorks PDM Batch Plot Actually Does SolidWorks PDM Professional includes a Batch Plot tool accessible from the Windows Explorer PDM client. Right-click a folder or a selection of .slddrw files → Batch Plot. The tool opens SolidWorks in the background (PDM handles the license check), iterates through the selected drawings, and exports them to a configured output path. ...

SolidWorks 2026 ships with AutoGenerate Drawing — an AI feature that takes a 3D model and produces a dimensioned 2D drawing with views, annotations, and BOM in the background while you keep working. LinkedIn posts about AI-generated macros and SolidWorks MCP servers are getting traction. The question is a reasonable one: if AI can generate drawings and answer questions about your model in natural language, what’s left for automation tools to do? ...

A Reddit thread in r/manufacturing asked how small shops bridge the gap between CAD and production. Twenty-three comments came in — ranging from printed travelers to shared Dropbox folders to custom Fusion 360 dashboards. No two shops described the same system. The only consensus: whatever they’re doing, it’s held together with naming conventions and institutional memory. The CAD-to-production gap is not one problem. It’s four overlapping failures that compound each other, and small fabrication shops feel every one of them because they can’t throw PDM licenses and MES platforms at the problem. ...

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. ...

Large engineering projects create file management nightmares. You start with good intentions—clear naming conventions, organized folders, consistent metadata. Three months later, you’re hunting through folders named “Final_v2_ACTUAL” and files called “bracket_modified_JM_03152026.” Manual file organization breaks down at scale. When your team grows beyond five engineers or your part library exceeds 500 files, human inconsistency creates chaos. Missing parts during assembly reviews. Fabrication delays from incorrect file versions. Hours spent searching for the right DXF. ...

The Real Cost of CAD Data Silos You design in SolidWorks. Your supplier uses Inventor. The fabrication shop runs AutoCAD. Your client wants STEP files, but their downstream partner needs DXFs with specific bend line formatting. Sound familiar? CAD interoperability isn’t just a technical challenge—it’s a business problem that costs engineering teams hours of manual work, creates fabrication delays, and introduces errors that ripple through entire supply chains. When CAD data can’t move cleanly between systems, engineers spend time in export dialogs instead of designing. Fabrication shops get files missing critical metadata. Projects stall while teams manually convert formats and fix translation errors. ...

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. ...

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. ...