Tutorials

1 0 Beginner
Di video ini, saya membagikan proses pemodelan 3D untuk komponen "Gear-box Cover" berdasarkan referensi gambar teknik (Fig 3.59). Part ini adalah latihan yang sangat bagus untuk melatih logika sketching dan penggunaan fitur molded part seperti Ribs dan Bosses. Poin-poin yang dipelajari di video ini: Menerjemahkan Gambar 2D (Technical Drawing) ke 3D. Teknik pembuatan dinding tipis dan Shell (atau Extrude Cut manual). Penempatan lubang baut (Mounting Bosses). 📥 Download Model 3D & Gambar Kerja (Gratis): https://grabcad.com/library/3-59-gear-box-cover-1

1 0 Beginner
I hope this video useful for everyone want to become professional design of engineer I have a channel in youtube about CAD 3D, I hope this useful for you: https://www.youtube.com/channel/UCw_Zp8rsvtI01SnhkM_4FAw

1 0 Beginner
I hope this video useful for everyone want to become professional design of engineer I have a channel in youtube about CAD 3D, I hope this useful for you: https://www.youtube.com/channel/UCw_Zp8rsvtI01SnhkM_4FAw

0 0 Beginner
Learn how to dramatically speed up Sketch Patterns in SolidWorks using professional techniques and smart workflow tips. In this video, I show you how to create complex patterns faster, reduce rebuild time, and avoid common mistakes that slow down your designs. ✅ Faster sketch pattern performance ✅ Best practices for large patterns ✅ Ideal for laser cutting, sheet metal & perforated designs ✅ Suitable for beginners and advanced SolidWorks users If you work with repetitive geometry, perforated sheets, or laser cutting designs, this video will save you a lot of time. -- Check the previous questions of ''Ask me playlist'' : https://bit.ly/2K0Mhd8

0 0 Beginner
I hope this video useful for everyone want to become professional design of engineer I have a channel in youtube about CAD 3D, I hope this useful for you: https://www.youtube.com/channel/UCw_Zp8rsvtI01SnhkM_4FAw

0 0 Beginner
This tutorial presents a simple and fully SolidWorks-based method for modeling the Schwarz P (Primitive) Triply Periodic Minimal Surface (TPMS). The main goal of this tutorial is to demystify the complexity usually associated with TPMS modeling. Instead of relying on advanced mathematics, scripting, or external software, this approach uses only standard SolidWorks features and a logical, step-by-step workflow that even beginners can follow with ease. By the end of this tutorial, users will be able to: Understand the geometric logic behind the Schwarz P surface Model a periodic unit cell using basic sketches and features Generate a clean, watertight solid suitable for simulation or manufacturing Replicate the unit cell to create lattice structures for engineering applications This tutorial is especially useful for: Students and beginners learning advanced geometry in CAD Researchers working on TPMS-based materials and metamaterials Engineers and designers interested in lightweight structures, porous media, and energy-absorbing lattices No prior experience with TPMS, equations, or parametric scripting is required. If you can use basic SolidWorks tools, you can model the Schwarz P surface.

0 0 Beginner
This playlist contains a full step-by-step SolidWorks tutorial series on how to model and assembly a sliding gate wheel system—including the main frame, wheel, bearing, bolts, and nuts. 🧩 Each part is modeled individually and then assembled using basic mates, making it perfect for beginners who want to improve their SolidWorks skills with a real-world project. 🔧 What you'll learn: Sketching and extruding 3D mechanical parts Using revolved features and chamfer Creating custom bolts, nuts, and bearings Assembling all parts with precision using mates ➕ Perfect for engineering students, hobbyists, or anyone learning CAD from scratch. 📅 New tutorials uploaded every week – don’t forget to like, comment, and subscribe!

0 0 Beginner
I hope this video useful for everyone want to become professional design of engineer I have a channel in youtube about CAD 3D, I hope this useful for you: https://www.youtube.com/channel/UCw_Zp8rsvtI01SnhkM_4FAw