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/https://fbi.cults3d.com/uploaders/4983683/illustration-file/3ca0ee7c-4c57-4974-9ef2-54203aee0976/2.jpg&w=828&h=828&output=webp&q=100&n=40 "Beztwist1 3D Printer File Image 2")
/https://fbi.cults3d.com/uploaders/4983683/illustration-file/9f90b93d-5752-4a89-bed4-e5990d806eae/3.jpg&w=828&h=828&output=webp&q=100&n=40 "Beztwist1 3D Printer File Image 3")
/https://fbi.cults3d.com/uploaders/4983683/illustration-file/f615f567-de77-4cf9-9f0b-bdd355fc28e0/4.jpg&w=828&h=828&output=webp&q=100&n=40 "Beztwist1 3D Printer File Image 4")
June 19, 2025
Description
This is a test design that uses a Bezier curve to determine the degree and amount of twist in an object. I had not planned on posting it, but since it came out OK I decided why not. So here it is.
I made this as simple as possible, which is why it is an LED light with fully open top and bottom. I made the holes using randomly spaced small spheres as surface cutters. I think a solid surface with perhaps an embossed Truchet diagram would be better.
This lamp is designed to hold any one of several LED lights called "puck" lights. You can get these powered by either batteries of wall power.
License:
CULTS - Private Use
Birk
