Experimental Parametric 3D Delta (Printer|Engraver|...) Platform
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README.md

CAUTION - WORK IN PROGRESS

If you happen to read this, beware - this has not been validated or tried out yet. So far, it is only a theoretical model.

The Deltonator

You might also call it YAFDP - yet another f-word delta printer. It's a machine based on the linear delta kinematic system like the famous Rostock or Kossel.

Deltonator Movement Simulation

Design Goals

When setting out to build my own delta printer, I didn't find exactly what I was looking for, so - like many other people, many of which have considerable more experience than I have - I decided to design my own version, with the following design goals in mind:

  • Use the MakerSlide system with V-shaped wheels for the vertical axes.
  • Use a magnetic bearing system somewhat similar to the one designed by Bert Broeren, that is, the magnets do not have to hold the weight of the effector.
  • Keep the effectors easily exchangeable to support different tool heads - various 3D printing heads, maybe a small motor for PCB milling or a laser engraving module at some time.
  • Create an enclosed build volumes - for stable printing conditions, to prevent chips from flying all over the place when milling and to contain the fumes when laser engraving.
  • Create a parametric design to be able to determine (and change) the sizes of key parts later on.
  • Keep the entire design open source, and use FOSS wherever possible.

At the current stage, the plans are incomplete and unproven, and any input is welcome.

OpenSCAD coding conventions

  • global constants in UPPERCASE
  • modules and functions lower_case_with_underscores
  • things that are intended to be kept local begin with an _underscore