This is a mockup of the E3D V6 hotend for OpenSCAD. It's meant to be a visual aid for anyone designing their own extruder, cooling fan ducts, or other hotend related parts within OpenSCAD.

This is an OpenSCAD library for displaying high detail, visually accurate stepper motors, with or without gearbox, for use in mockups of larger assemblies (eg. a RepRap 3D printer, or other robots).

There are Nema11 and Nema17 versions currently, but the script could probably be adapted for other sizes of stepper motors as well..

This model is not intended to be 3D printed, but for visualizing in OpenSCAD, checking fit of assemblies, making pretty screenshots and animations, etc.

Motor and gearbox internals are not modeled accurately(or at all!), their beauty is only skin deep.

This script requires the Open Source BOLTS library by jreinhardt for the hex cap bolts.

allow to configure, to firmware, operate with console
suitable for Windows,Linux,Mac
https://github.com/akaJes/marlin-config

Features:

• automatically clone repository from github if you don't have it
• instant changing of Configuration*.h files
• allow to filter only changed options overall and for each section
• show help for all options
• show help for G-codes
• show allowed options/gcodes depend to your configuration
• reset configuration changes
• switch between releases and update git repository from github
• upload your old configuration over current
• compile and upload the firmware to your device via PlatformIO
• access to all serial ports using console manager (Linux/Mac with auto ports changing detection)
• simple 3D tool for positioning printer head in console manager
• snippets allow compose the BootScreen, calculate a step values for various stepper motors
• quick navigation with a right sided menu
• create an issue on Marlin github with your configuration

Hello everybody,

This is a fully generated 3-D Printer made with OpenScad. Everything you need is in that one .scad file. Its your decision how you want to build it because of its parametric design. I reached a Workspace Area of 360x600x270mm (X/Y/Z). But its not that easy to build ;-)

There is no Extruder at the moment because i use it for commercial selling plastic signs. Some accuracy examples are here:
http://virtograv.de/Material/Referenzen/Schriftarten/
If there is any interest, I would design an baseplate for mounting an extruder on the X-Axis-Carrier.

All Information you need are written down by me at the following Link:
https://github.com/VirToReal/HardyGraph

More Description can be found in the RepRapWiki
http://reprap.org/wiki/HardyGraph

If there is any interest in my Project, I will work with more interest on the GitHub Wiki for a better description ;-)

This is a silicone cover for the E3D v6 clone from Banggood (http://www.banggood.com/0_4mm-E3D-V6-All-metal-3D-Printer-Extrusion-Head-Nozzle-With-Fan-p-1036420.html?p=OF26119123132014119R) and the first upgrade for the Tinyboy 2 Replica (https://www.thingiverse.com/thing:2101931).

It might fit for others too, but I did not check that.

First off, let me please ask that if you like these designs and find them useful please do like, follow and share my content. And if you have any ideas or concepts to modify the content I would love to hear!

This a mount for the Flsun Micromake Kossel Mini controller board. It mounts to the 2020 openbeam, below the printer bed.

I wasn't happy with the Z axis top mounts I found for the CTC i3 Pro B so I decided to design my own using this existing thing as a starting point. https://www.thingiverse.com/thing:2347358. I think Rasta4i has a great design, I just wanted mine a bit beefier. I think these top mounts will add more strength to the top end of the printer and help reduce flex.

This tool is used for ensuring your x-axis is level before levelling the bed, and to support the x-axis while changing filament etc.

There are two versions, I found the first had too much surface area and would stick too well on my Prusa i3 Mk2 PEI base so I made it have legs instead.

Previously I used a tower I found on thingiverse but the base was so small the towers would fall over, hence this quick design :)

This is a remix of the excellent 3D Printable Jet Engine by CATIAV5FTW.
I modified various parts to incorporate an electric motor, to animate this wonderful model.

Print time of the set: 190 h 30 minutes.

Stay tuned with the details evolution by checking the Watch box.

06/07/2017
Optimization of "Coupleur_Moteur-arbre basse pression_V3".
This set of 2 parts provides the connection between the electric motor and the low pressure shaft of the model.
It allows a slight misalignment of the electric motor
When the engine is stopped, it allows the low-pressure compressor to spin
(People are curious and will turn the turbine by hand if you have your back turned)
Without driving the geared motor, which is not necessarily reversible with a low torque.

06/09/2017
The "coupleur_moteurV3" printed with PLA does not have the desired endurance yet.
I reprinted it with the Colorfabb XT-CF20 and the result looks better.
So I will test a 3mm V4 extension, with PLA to see if things
always move in the right direction. I want to avoid the obligation to use something other than PLA for this part that gives me a hard time.
It is also necessary to use PLA of very high quality, otherwise it breaks.

06/29/2017
The model came back from the Paris Air Show. It operated autonomously (on batteries) more than 10 hours per day, for 7 days. 2 x 9V batteries ensure a minimum of 25 hours of operation at 1Hz. With all the batteries a minimum of 100 hours operating is OK.
For the show, I installed a coupler V1, the model being in showcase and the V4 couplers not having the reliability that seemed to me necessary.

Test pour déterminer la meilleure température d'impression d'une bobine de PLA. Des variations notables sont observables selon les marques, les couleurs. La colonne fait 100 mm de hauteur, 30x30 en XY sur les 10 premiers mm puis 20x20 sur les 90 mm suivants.
Elle sert donc aussi de test dimensionnel en XYZ.
Avec mes réglages, le temps d'impression est de 3h 18minutes.

Test to determine the best printing temperature of a PLA coil. Notable variations are observable according to brands, colors. The column is 100 mm high, 30x30 in XY on the first 10 mm and then 20x20 on the next 90 mm.
It is also convenient as a dimensional test in XYZ.

20-04-2017
Filament spool holder without axis, on the front side of the printer.
Support de bobine de filament sans axe, positionné à l'avant de l'imprimante.

Filament spool change is very fast and easy.
Ainsi, le changement de bobine est facile et rapide.

For 1 set of supports you need 4 ball bearings 608ZZ and 4 screws CHC M3x16.
Pour un jeu de supports, vous avez besoin de 4 roulements 608ZZ et de 4 vis CHC M3x16.

22-04-2017
I slightly modified the right and left arms by pre-tapping the M3 fixing holes of the diabolo rollers on the arms. I also slightly increased the clipping on the gantry.

J'ai légèrement modifié les bras droit et gauche en pré-taraudant les trous M3 de fixation des galets diabolo sur les bras. J'ai aussi augmenté très légèrement le clipsage des bras sur le portique.

25-04-2017
Ajouté un guide nettoyeur de filament. Optimiation du clipsage sur le portique.

Added a filament cleaner guide. Snap fit optimisation on the frame.

Replacement for the original Black Snapper landing gear

This is a replacement silicone cover for the original E3D V6 (new version).
The original cover does not stay where it should be.

Just print all 3 parts, connect them and mold your cover.

This is a remix of the rubber bands sentry gun designed by tristomietitoredeituit.
http://www.thingiverse.com/thing:953753

It is the first upgrade for the FPV-Rover
http://www.thingiverse.com/thing:1240754

Videos on Youtube:
https://www.youtube.com/watch?v=K8Hyufccs50

Scroll down for the latest updates.