Onshape by PTC

ICYMI: Now you can specify spline curve lengths and let it auto-adjust - no complex calculations required.

🚀 Reindustrialize 2026 recap: more Onshape customers on the show floor than we could count, more discussions about ditching legacy CAD+PDM than we expected, and lots of "wait, how do I get my suppliers into this" questions. The future of product development is here!

How many apps does it take to ship a product? (For most engineers, the answer is embarrassing.) There's a better way → onshp.co/DC

Onshape Publications let you securely share CAD data while controlling what others can see. This Tech Tip shows how to hide BOM, feature history, and configurations while sharing design data → onshp.co/DA

🚀 New to Onshape assembly? This one's live, from scratch, and covers everything that trips people up coming from traditional CAD -mates, tools, workflows, all of it. June 24. 🔗 Sign up: onshp.co/Dx

The problem with AI-generated CAD isn't that it generates CAD. It's that it generates a dead end. @mlaflechecad spent a Friday afternoon building the alternative. 🔗 onshp.co/Du

Fresh from our latest release: Arc length dimensions present a new way to define curved geometry in your drawings in Onshape.

"The models are simplistic. They're extremely fragile. They don't have design intent." - Onshape's Darren Henry on most AI-generated CAD. Then he showed what's actually possible: onshp.co/Ds

Most hardware teams find problems late. That’s a tooling problem. Onshape handles CAD and PDM in one cloud-native system. Arena handles PLM. Together they close the loop, from first design branch to released part. Find problems in design, not production: onshp.co/Dp

🦾 Mate connectors are the backbone of assembly modeling, and where you place them can shape your entire design intent. Learn about three powerful methods to create: onshp.co/Dl

🚀 Our latest updates: routing curve length control, real-time persistent measurements, and sweep twist and scale for non-coincident profiles. Drawings get arc length dimensions and axis auxiliary views. Mobile picks up routing curves on iOS and Android: onshp.co/Dk

Updated URDF export in Onshape now includes frames, TCPs, and cleaner joint definitions. Mesh exports support adjustable tessellation for STL and GLTF. Less cleanup. More building.

What if one of the most powerful engineering tools isn’t software, but curiosity? See how emotional intelligence helps teams collaborate, learn, and innovate faster: onshp.co/Df

Learn how Onshape’s part modeling tool lets you create a honeycomb rib structure, and how to improve performance when patterning: onshp.co/D1

What if your CAD model could prepare itself for simulation? We’ve been exploring exactly that with a multi-agent AI workflow connecting Onshape and @nvidia Isaac Sim that automatically handles geometry, physics, and materials. Proof-of-concept → onshp.co/CZ

Working with complex assemblies just got easier with better access to Mate Connectors. Know how ⬆️

If your CAD system still depends on specific machines, locations, or file sharing, it’s slowing decisions, collaboration, and production. Here are 3 signs it’s holding your team back: onshp.co/CW

"Enterprise-level capabilities without enterprise-level complexity or cost." - BLOCKS CEO on switching to Onshape. 4,000 engineering hours and €120K saved annually. Read their full story: onshp.co/CQ

What a week at #Design2026 in Cavtat 🇭🇷 It was exciting to connect with engineering leaders from around the world, and hear how teams are thinking about the future of design, collaboration, and product development. Proud for @Onshape to be the main sponsor of this year's event.

🆕 in drawings: hatch halos that help annotations stay visible over complex patterns.