RepRapPro Huxley Build Manual/fr
Introduction | Frame assembly | Y axis assembly | X axis assembly | Z axis assembly | Heated bed assembly | Extruder drive assembly | Hot end assembly | Wiring | Commissioning | Printing | Maintenance | Troubleshooting | Improvements
|A notice about these instructions!|
These instructions are open to editing by everyone and anyone.
Dans cette page vous allez retrouver toutes les instructions pour construir,controler et developer RepRapPro Ltd de votre version du Huxley.
These pages are the complete instructions for building, commissioning and using the RepRapPro Ltd version of RepRap Huxley.
Comme toutes RepRap, RepRapPro Huxley est en open-souce. Like all RepRap machines, RepRapPro Huxley is fully open-source. It is licenced under the GPL. All the design files and software are available from the RepRapPro Ltd Github repository; the electronics are here: https://github.com/mosfet/melzi. And it is here in the Thingiverse.
If you want to print the plastic parts for a RepRapPro Huxley, see this wiki page.
Give yourself plenty of space and ensure your work area is clean. Dust and dirt are a 3D printer's worst enemy. All printed parts have been printed on various RepRap machines from suppliers within the RepRap community. Despite the fact that these machines are highly tuned RepRap 3D printers, some holes and features may need a little fettling to get the best performance from the RepRapPro Huxley. This is especially true for the Igus bushings used for the Z axis. There is a video how-to on fettling 3D printed parts here on Vimeo. Don't fettle the 3mm holes on the huxley-x-carriage though (we changed the assembly screws without changing the drawing)!
We understand that people may want to change aspects of the machine's design, and in fact we encourage this as it is one of the benefits of open source development. Before changing anything, please be aware that the RepRapPro Huxley has been designed to maximise the build volume relative to the the machine's footprint, and as such many of its components fit closely to others. So consider your changes carefully before you try to implement them. And when you find improvements, please tell us so that we can include them in future kits, and so that existing owners can upgrade their own machines.
BEFORE YOU ATTEMPT TO ASSEMBLE ANY PART OF THE RepRapPro HUXLEY 3D PRINTER, PLEASE READ THESE BUILD INSTRUCTIONS FULLY AND ENSURE YOU UNDERSTAND THEM. Although all parts are covered by warranty, this will be invalidated by your not following these build instructions.
The RepRapPro Huxley is a robust RepRap machine once assembled; however it does require a certain amount of care during assembly. If in doubt, force is usually not the answer! There are many ways to get support and advice, see the Get Support section below.
Table of Contents
- Frame assembly
- Y axis assembly
- X axis assembly
- Z axis assembly
- Heated bed assembly
- Extruder drive assembly
- Hot end assembly
If you find you need help or advice with assembling, commissioning or using your RepRapPro Huxley 3d printer, you can use the following channels:
- Our Forum. This is shared with the eMaker Huxley forum, as the machines are so similar.
Tools required for the mechanical build of the RepRapPro Huxley 3D printer:
- Drill bits
- Precision screwdriver set
- Allen keys, 1.5mm and 2.5mm
- 10mm spanner (M6 nut)
- 15cm adjustable spanner
- Half round needle file
- Craft knife
- Fine tweezers
- 300mm rule
- Vernier or digital callipers
- Fine nosed pliers
- Bench vice
- For the Hot End Assembly you will also need some PTFE plumber's tape
Tools required for the electrical build of the RepRapPro Huxley 3D printer:
- Digital Multimeter
- A fine-tipped soldering iron
- Precision screwdrivers
- Solder (flux is also useful)
- Hair dryer (or other heat source for heating heatshrink wire sleeving; the barrel of a soldering iron works OK)
- Wire strippers/cutters
- Ratchet crimp tool Such as this one
- Molex crimp tool (such as the 63811-1000, you may also want the extraction tool 11-03-0044, Molexkits.com)