Refining Complex Features with QuickSurface for SolidWorks!
In this final part of our reverse engineering series, we dive deeper into refining complex geometries, adding intricate details, and ensuring the final CAD model perfectly matches the original aluminum casting part. Watch as we leverage QuickSurface for SolidWorks to streamline the process, maintaining precision and efficiency every step of the way.
✨ What you’ll learn in this video:
✔️ How to create and refine revolve features for accurate component shaping.
✔️ Techniques for adding fillets, sweeps, and functional elements like holes.
✔️ Using QuickSurface’s intuitive tools to merge and trim geometries seamlessly.
✔️ Tips for maintaining alignment and precision while reconstructing complex shapes.
🔧 Tools used in this workflow:
🔹 QuickSurface for SolidWorks → https://3dwonders.shop/products/quicksurface-for-solidworks
🔹 EinScan H2 3D Scanner → https://3dwonders.shop/products/einscan-h2
With QuickSurface, we’ve transformed high-resolution scan data—captured by the EinScan H2—into a fully functional CAD model, optimized for manufacturing and design.
📌 Ready to enhance your reverse engineering process?
Visit our website to explore QuickSurface for SolidWorks and the EinScan H2 scanner:
👉 https://3dwonders.shop
Timestamps ⏱
00:00 Intro | Overview of the Reverse Engineering Project
00:36 Revolve part
03:56 Subfeature modeling
12:45 Combine process
14:41 Swept part
23:31 Fillet
25:25 Create hole
27:22 Create center axis
27:39 Revolve part
36:30 Outro
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