How to build a 3D Printer from scratch - DIY project „CoreXY 3D Printer “ Indirect Extrusion

by Dr. Ing. Dan-Andrei Marinescu

Comprehensive, 80 pages, of technical documentation in English and German. Everything is described using clear and simple to follow steps. There is as little text possible, the focus being oriented to the graphical contend. You won't find stories about 3d printing or explanations about how a 3d printer looks like and what it is supposed to do - All that is very well covered in other publications, here the content is meant to be strictly oriented on the building, setting up and programming instructions needed in order to easily build and get it running a 3D printer with the following -CoreXY architecture -Aluminum frame 20x20 Nut 5 -Guides from IGUS -Assembly parts from PETG (3D printed) -Frame dimensions 508x460x480mm (L x B x H) -Total exterior 550x460x780mm (L x B x H) -Working 220x220x240mm (L x B x H) -The filament spool is inside -Print Bed automatic alignment -Permanent printing 220x220x6mm - Rumba Board -Titan Extruder with 0.4mm nozzle - max. 130 ° C -Extrusion max. 300 ° C -Power 230V / 24V 400W - USB or SD-Card -Precision in 0.1 mm - 0.05-0.3 mm - Marlin >>> I M P O R T A N T <<< Aside to this technical documentation, there are provided some more additional things that are crucial in order to build the 3D -STL-files for all 3D printed components (STL Format) -Bill of Materials with suggested internet links to buy (PDF Format) -Preconfigured MARLIN 1.1.8 Firmware -Preconfigured SETTINGS for Slic3r software -This Building Manual also in PDF Format To get the above mentioned content, use the D o w n lo a d L i n k on the LAST PAGE.

Kindle Edition

Published November 12, 2018