Deja de usar soportes normales (Haz esto en su lugar)

📘 Complete Fusion 360 Course — Learn to design from scratch and master a complete 3D printing workflow: 👉 https://knincustom.com?utm_campaign=S... ────────────────────────────── Download Fusion here (the program I use in this course) (Video) https://iker-libano-s-school.teachabl... ────────────────────────────── What if the supports generated by the slicer aren't the best option? In this video, I'll show you the method I use to design manual supports for 3D printing, drastically reducing printing time and material usage while improving the finish of many mechanical parts. First, we'll analyze why traditional supports are inefficient. Then, we'll see how to leverage bridges to support only the perimeters of the part. Finally, you'll learn how to design these types of supports directly in Fusion 360. This method isn't intended to replace all slicer supports, but it does offer a much more efficient alternative for a wide range of functional parts. In this video, you'll learn: How slicer supports actually work. Why they waste so much material. How to save printing time. How to design manual supports. When it's worthwhile to use them. When it's NOT worthwhile to use them. How to leverage bridging in 3D printing. -How to create these supports in Fusion 360. ────────────────────────────── Chapters: 00:00 Introduction 01:03 The two problems with traditional supports 01:22 Problem #1: Wasted time and material 02:15 Real-world example: Camshaft of a V8 engine 03:12 Problem #2: How they actually support the part 03:50 How rolling mill supports work 04:29 Bridges vs. overhangs 05:04 The secret: Support only the perimeters 06:00 How to apply this method 06:22 Fusion 360 course + code SUPPORT 5 06:50 How to create supports in Fusion 360 09:04 Examples on different surfaces 09:43 The advantage in holes and precise geometries 10:00 Complete example on the camshaft 10:23 Exception: circular surfaces 11:19 Final results 11:40 How to remove supports 11:55 The only disadvantage of the method 12:56 Conclusion ────────────────────────────── #Fusion360 #3DPrinting #3DPrinting #CAD #3DDesign #Maker #Engineering #STL #FDM #KNINcustom ───────────────────────────── Iker Libano | KNIN Custom