Скачать с ютуб 4 Vase Mode Techniques Compared; How to use Cura for Vase Prints в хорошем качестве

4 Vase Mode Techniques Compared; How to use Cura for Vase Prints

Spiralize Outer Contour or Vase Mode is a technique for 3d printing solid objects as hollow shells used as containers or vases. In this update to a video from two months ago, I demonstrated four different approaches to vase mode and discuss the advantages and disadvantages of each. In addition, I discuss a bug in the Creality firmware on recent model 3d printers that interact with vase mode. While Crreality Slicer is used to demonstrate the configuration for these prints it is applicable to all major 3d print slicers including PrusaSlicer, Cura, and Simplify 3d. The videos content follows: 00:00 Introduction 02:32 What is Vase mode? 03:46 Creality Vase Mode bug? 06:03 Cura Spiralize Outer Countour Set Up 08:50 Advantages of using a larger nozzle 09:52 How to configure over extrusion for stronger prints 12:22 Vases without Vase Mode 15:55 Recap --- The MakeWithTech channel teaches people how to use desktop technology to create, innovate and make things. If you are a "maker" and want to learn more about 3d Printing, 3d Printers, 3d Printing Slicers, Computer-Aided Design (CAD), or 3d Modeling, this is a place you should visit often. The channel includes additional content about using a wood lathe, woodworking, programming single-board computers such as the Raspberry Pi, Adafruit Circuit Playground, ESP32, and Python. Available reviews are about Prusa, Creality, Monoprice, ANET, JG Maker, and Flashforge 3d Printers. Slicers covered include MatterControl, Cura, PrusaSlicer, Flashprint, and IdeaMaker. CAD design videos cover TinkerCAD, FreeCAD, OpenSCAD, and Shapr3D. Slicers covered include MatterControl, Cura, PrusaSlicer, Flashprint, and IdeaMaker. --- Let's continue to learn together. Irv --- The following links are to products I have used, reviewed, or evaluated for the MakeWithTech community. Some of the links below are affiliate links that provide commissions, at no cost to you, and help support the MakeWithTech video production, purchase of products for reviews, lab, forum, and website. I have reviewed the following printers or similar printers: ➡︎ https://kit.co/makewithtech/3d-printe... These are some of the tools I use for 3d printing day-to-day: ➡︎ https://kit.co/makewithtech/basic-3d-... I have reviewed or used the following 3d printer upgrades: ➡︎ https://kit.co/makewithtech/3d-printe... Here are the 3d printer filaments I use to evaluate prints, software, and techniques: ➡︎ https://kit.co/makewithtech/3d-printi... I will be covering basic electronics and software in future MakeWithTech segments, and here are the products I am using: ➡︎ https://kit.co/makewithtech/software-... Some of the Woodworking products I use: ➡︎ https://kit.co/makewithtech/drvax-woo... --- ** Affiliate disclaimer: some of the above links in my videos may be affiliate links, which generate a sales commission for me. Your price is the same or less than if you go to the site directly. These sales commissions help to support the MakeWithTech channel. (https://makewithtech.com) ** MakeWithTech and the MakeWithTech videos are Copyright Cogitations, LLC. (https://cogitations.com) ** Equipment used in the MakeWithTech videos has the potential to cause injury if misused. Use all equipment and tools at your own risk and follow all manufacturer's safety recommendations. ** Cogitations, LLC licenses all music used in the MakeWithTech videos from Epidemic Sound. Additionally, cogitations, LLC uses only authorized or open source clip art and third-party images. Images and videos used in product reviews and tutorials are from the original product (software or hardware) manufacturer's site. ** We are a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for us to earn fees by linking to Amazon.com and affiliated sites.