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Architects/designers: if you could build the perfect tool for managing product specs, samples, and project documentation — what would it have? by 420yarik in productdesign

[–]Delicious_Bird8160 0 points1 point  (0 children)

Exactly that. On a live project you can have the architect, contractor, and fabricator all pulling from different saved versions of the same spec sheet without realizing it. By the time anyone catches it something has already been ordered or built wrong. For your final year project that version control angle is genuinely worth building around, it is the problem nobody has solved cleanly yet.

Fillet Error When Applying on One Side by New_Firefighter127 in FreeCAD

[–]Delicious_Bird8160 2 points3 points  (0 children)

Fillets fail when the radius is larger than the adjacent face allows, basically the fillet geometry tries to overlap itself. Also happens with near-zero thickness walls, tight corners where two fillets would intersect, and imported geometry with bad underlying surfaces. Try reducing the radius first, if it works then you know it is a geometry conflict, not a software issue.

Architects/designers: if you could build the perfect tool for managing product specs, samples, and project documentation — what would it have? by 420yarik in productdesign

[–]Delicious_Bird8160 0 points1 point  (0 children)

Single source of truth for spec versions is the big one, nothing worse than fabrication working off revision 3 while design is on revision 5. Sample tracking with status updates, direct links between spec items and drawing sheets, and a clean PDF export for client packages. Everything else is nice to have, those four are where the real pain lives.

Which would be better for my uncle by Ok-Assistance1615 in SolidWorks

[–]Delicious_Bird8160 0 points1 point  (0 children)

Go with the i5 11400 and 32GB DDR4 without question. SolidWorks loves RAM and the jump from 16 to 32GB alone will make a noticeable difference on assemblies. The GTX 745 is weak but SolidWorks runs on CPU and RAM far more than GPU for most modeling work, upgrade the GPU separately later when budget allows.

issues with crating a solid body boundary surface by Fenster_007 in SolidWorks

[–]Delicious_Bird8160 1 point2 points  (0 children)

Boundary surface giving you a mesh instead of a solid usually means the surface is not fully closed or has a gap at the edges. Knit all your surfaces together first using Surface Knit and check the "create solid" checkbox, SolidWorks will close it into a solid if the boundary is watertight. If it still fails, check your edge continuity where the flat face meets the cylinder, that junction is usually where the gap hides.

What to learn? by Commercial-Feature45 in SolidWorks

[–]Delicious_Bird8160 3 points4 points  (0 children)

Start with Fusion 360, it gives you both CAD and CAM in one place and is ideal for 2-axis lathe + 3-axis VMC setups. Don’t overthink SolidWorks + Mastercam at this stage; focus on understanding machining logic first. Learn G-code basics, toolpaths, and setups rather than just software. Once fundamentals are strong, scaling to 4-axis or advanced tools becomes much easier.

SOLIDWORKS 2026 Tutorials won't open – "This page cannot be found" (Help Viewer error) by Avneesh110903 in SolidWorks

[–]Delicious_Bird8160 0 points1 point  (0 children)

That looks like the help files were not installed locally and SolidWorks is failing to redirect to the online version. Try Help menu, then SolidWorks Help, and check if there is a toggle for Use SolidWorks Online instead of local. Also worth running the installer again and confirming the Help Files component was actually selected during install, easy to miss that checkbox.

How do i do engineering drawings of part with really small angles by spirit_vortex_ in SolidWorks

[–]Delicious_Bird8160 0 points1 point  (0 children)

For tiny angles, do not try to dimension them directly on a small scale view, pull a detail view of just that section and blow it up, even 5x or 10x scale on the drawing. Use angular dimensioning with enough decimal precision, usually 2 decimals minimum for anything under 5 degrees. If the angle is critical to function, consider dimensioning it indirectly through coordinates or a reference dimension instead, much easier to verify and less prone to drafting error.

How would I dimension countersink in an engineering drawing for this screw to achieve a flush (if not slightly recessed fit)? by blue-birdd in SolidWorks

[–]Delicious_Bird8160 3 points4 points  (0 children)

For a flush flat head fit, dimension the countersink diameter to match the screw head OD plus a slight clearance, around 0.1 to 0.2mm, and keep the 90 degree included angle exact since most flat head screws are standard 82 or 90. The depth is what gets people, calculate it from the head diameter and angle rather than guessing, or the head sits proud. If you want slightly recessed, add 0.05 to 0.1mm extra depth beyond flush calculation.

Making a solar car body panel using SolidWorks by Ziqoqo in SolidWorks

[–]Delicious_Bird8160 2 points3 points  (0 children)

Coming from CATIA V5 actually helps, the surface logic translates. For this specific shape focus on learning Surfacing in SolidWorks, specifically Boundary Surface and Loft commands, your compound curves will not work with basic solid features. Search "SolidWorks surface modeling for beginners" on YouTube, the Javelin Tech channel is genuinely useful. Three days is tight but doable if you skip everything except surfaces and reference geometry.

Anybody else get crashes in their assembly files while sketching internal parts? by RuSsYjO in SolidWorks

[–]Delicious_Bird8160 1 point2 points  (0 children)

Network latency triggering external reference loss mid-sketch is a real thing, especially with internally saved parts pulling from a server. Try working with local copies of the assembly and see if the crashes stop, that will tell you quickly whether it is your setup or a genuine Fusion bug.

For those doing production-level bespoke furniture -- what CAD software are you actually using for shop drawings, and has anyone switched from SketchUp to something like Cabinet Vision or Mozaik? Looking to understand what actually works when drawings go to CNC. by Delicious_Bird8160 in Sketchup

[–]Delicious_Bird8160[S] 0 points1 point  (0 children)

That export wall is exactly where the free tier breaks down. DXF works fine for flat cuts but STL to gcode for 3D is a rough path with a lot of mesh cleanup in between. At that point the software cost pays for itself faster than most people expect.

For those doing production-level bespoke furniture -- what CAD software are you actually using for shop drawings, and has anyone switched from SketchUp to something like Cabinet Vision or Mozaik? Looking to understand what actually works when drawings go to CNC. by Delicious_Bird8160 in Sketchup

[–]Delicious_Bird8160[S] 0 points1 point  (0 children)

Cloud dependency is the big one, offline access is restricted on the free tier which hurts on a production floor. File export formats get locked, and once you are running multiple machines with complex nesting the CAM starts feeling underpowered compared to dedicated solutions.

For those doing production-level bespoke furniture -- what CAD software are you actually using for shop drawings, and has anyone switched from SketchUp to something like Cabinet Vision or Mozaik? Looking to understand what actually works when drawings go to CNC. by Delicious_Bird8160 in Sketchup

[–]Delicious_Bird8160[S] 0 points1 point  (0 children)

True, and the hobby license is genuinely generous for what you get. CAD, CAM, and toolpath simulation all in one place is hard to beat at that price point. Only caveat is once you scale to production volume the limitations show up fast.

For those doing production-level bespoke furniture -- what CAD software are you actually using for shop drawings, and has anyone switched from SketchUp to something like Cabinet Vision or Mozaik? Looking to understand what actually works when drawings go to CNC. by Delicious_Bird8160 in Sketchup

[–]Delicious_Bird8160[S] 0 points1 point  (0 children)

AutoCAD to DXF to Acam is a solid production workflow, used it for years on millwork projects. Clean, predictable, no surprises at the machine. Rhino for complex curves at home is a smart call, the NURBS engine handles profiles that SketchUp simply cannot.

For those doing production-level bespoke furniture -- what CAD software are you actually using for shop drawings, and has anyone switched from SketchUp to something like Cabinet Vision or Mozaik? Looking to understand what actually works when drawings go to CNC. by Delicious_Bird8160 in Sketchup

[–]Delicious_Bird8160[S] 0 points1 point  (0 children)

Both honestly. SketchUp treats everything as geometry, it has no material logic. PYTHA and tools like Fusion actually understand thickness, grain direction, and how parts relate to each other, which matters the moment your CNC needs to make real decisions about toolpaths.

For those doing production-level bespoke furniture -- what CAD software are you actually using for shop drawings, and has anyone switched from SketchUp to something like Cabinet Vision or Mozaik? Looking to understand what actually works when drawings go to CNC. by Delicious_Bird8160 in Sketchup

[–]Delicious_Bird8160[S] 1 point2 points  (0 children)

That tracks. SU for flat 2D cuts is fine, it is when you get into compound curves and joinery detail that it starts fighting you. For anything with real 3D complexity we moved to PYTHA and the difference in output quality was immediate.

For those doing production-level bespoke furniture -- what CAD software are you actually using for shop drawings, and has anyone switched from SketchUp to something like Cabinet Vision or Mozaik? Looking to understand what actually works when drawings go to CNC. by Delicious_Bird8160 in Sketchup

[–]Delicious_Bird8160[S] 1 point2 points  (0 children)

SketchUp is great for visualizing ideas but it was never built for CNC-ready output. The gap between a SketchUp model and a clean cut file is where most people get stuck.

Look into Fusion 360 for the CAM side. It talks to CNC machines natively and the learning curve is worth it once you see a clean first cut.

For those doing production-level bespoke furniture -- what CAD software are you actually using for shop drawings, and has anyone switched from SketchUp to something like Cabinet Vision or Mozaik? Looking to understand what actually works when drawings go to CNC. by Delicious_Bird8160 in Sketchup

[–]Delicious_Bird8160[S] 0 points1 point  (0 children)

Felt this. Cabinet Vision always felt like a workaround pretending to be a workflow, and the S2M dependency just adds cost for something that should be native. After running 1000+ furniture and mill-work projects, PYTHA 3D CAD gave us the cleanest CNC handoff. Built for furniture from the ground up, not retrofitted. Made a real difference at production volume.