This is the first 3D-printing related program for this site because most of my 3D-printing programs are spagetti like. I believe this 3D turtle graphics library in Python can be used by other people, I first publish this.
A Python library for parts assembling, deformation, and printing by a 3D printer is published in an opportunity of a presentation in a technical conference. Explanation of major functions are available.
I wrote several articles on the "fluctuated 3D printing", i.e., in my blog (in Japanese), a paper (a journal version and a workshop version). However, because the programs used for these articles were not well-structured, they were not published. Because I developed a simplified and well-structured version, it is published here.
AnyCubic Kossel is a cheap delta-type 3D printer. There are two versions, i.e., pulley and linear versions. You can buy a pulley-version printer, which is cheaper, at about $200 including shipping cost. It is easy to be assembled too. It comes with a pretty printed manual with a method of installing firmware; however, unfortunately, no firmware comes with the printer. I struggled with several types of downloaded firmware and finally the printer works well with Repeater firmware. I put the updated firmware file here.
Objects printed by using the new direction-specified design and printing technology are sold in Dasyn Yahoo! Japan shop.
This page contains an archive of all entries posted to Small and Large Stones of Programming in the 3D Printing category. They are listed from oldest to newest.
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