• Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar
Reviews Rabbit

Reviews Rabbit

Best Home, Tech, Tools Reviews

  • Tech gear
  • Drones
  • Out door gear
  • Blog

3D Printing Hack Structurally Takes Advantage of Vase Mode

Conceptually, FDM 3D printing is a fairly simple process: you define a set of volumes in 3D space, then the slicing software slices through the model at increasing heights, determines where the inner and outer walls are, and then fill in the interior volume sparsely to join the walls and support the upper layers that are added last.

But as you’ll quickly discover, when models get larger and more complex, print times can quickly explode. One trick for large models with simple shapes but very low structural needs is to use the so-called ‘vase mode’, which traces the outline of the object in a thin vertical spiral. But this is a weak construction scheme and only allows for limited modeling complexity. With that in mind, here it is [Ben Eadie] with a kind of middle-of-the-road technique (video, embedded below) that some may find useful to save time and printing material.

This solid form is mostly cut to make support ribs between the shell walls.

The idea is to use the vase mode print, but by manipulating the casing of the model, adding partially cut-out slots around the perimeter, and more importantly, adding a slot that goes all the way.

You first need a model that has an inner shell that roughly follows the shape of the outer shell, which you could produce by hollowing out a solid, leaving a bit of thickness. By making the width of the slot equal to half the thickness of the spout size and stopping the slots the same distance from the outer shell, vase mode can be used to trace the outline of the shape, complete with support ribs between the inner and outer walls of the shell.

Because the slot is narrower than the extrudate, the walls of the slot will merge into a single solid rib, binding the walls of the objects together, but critically, still allowing it to print in a continuous spiral without any traditional stuffing. It’s an interesting idea, one that might have some merit.

There are other ways to toughen up the printed parts, like using surface textures, but if you’re fine with the skinny cover, but want to have a little fun with it, you can hack the g-code to do something really cool. shapes

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

CONNECT WITH US

  • Facebook
  • Pinterest
  • Twitter

Recent Posts

  • Everything you need to know about Creo
  • Jack Kirby’s Superman Wasn’t Good Enough For DC Comics
  • Warner Bros. Hot Wheels Movie And Bad Robot Finds Its Writers
  • Rian Johnson celebrates Oscar nomination
  • Illinois home improvement store now offers kids’ birthday parties

  • About
  • Contact
  • Affiliate Disclosure
  • Terms of Services
  • Privacy Policy
Copyright © 2023 · reviewsrabbit.com, ALL RIGHTS RESERVED.

REVIEWSRABBIT.COM IS A PARTICIPANT IN THE AMAZON SERVICES LLC ASSOCIATES PROGRAM, AN AFFILIATE ADVERTISING PROGRAM DESIGNED TO PROVIDE A MEANS FOR SITES TO EARN ADVERTISING FEES BY ADVERTISING AND LINKING TO AMAZON.COM. AMAZON, THE AMAZON LOGO, AMAZONSUPPLY, AND THE AMAZONSUPPLY LOGO ARE TRADEMARKS OF AMAZON.COM, INC. OR ITS AFFILIATES. AS AN AMAZON ASSOCIATE WE EARN AFFILIATE COMMISSIONS FROM QUALIFYING PURCHASES.

  • Tech gear
  • Drones
  • Out door gear
  • Blog