EMAKER Huxley

From RepRap
Revision as of 18:23, 2 June 2011 by Jmgiacalone (talk | contribs) (Printed Parts)
Jump to: navigation, search
Crystal Clear action run.png
EMAKER Huxley

Release status: experimental

EMAKER Huxley.JPG
Description
License
unknown
Author
Contributors
Based-on
Categories
CAD Models
External Link


This is a redesigned Huxley inspired by the Prusa simplified Mendel. The information on this wiki page is not yet complete, so do not attempt to build this machine. I will keep updating this page over the next few days until there is enough information on here for a complete build of the eMAKER Huxley design.


Files

FILE ID# TYPE DESCRIPTION AVAILABLE FORMATS CREATED/RESERVED BY
Your-File-Name SOLID MODEL ASSEMBLY These are CAD files for the Solid Model Assembly N/A --Example User 12:00, Today's Date 20xx (UTC)
EMAKER huxley 00 STL FILES FOR PARTS These are STL files for each part. .stl.zip --jmgiacalone 12:00, Today's Date 20xx (UTC)
Your-File-Name SOLID MODEL ASSEMBLY This is the final finished machine N/A --Example User 12:00, Tomorrow's Date, 20xx (UTC)


History

Bill of Materials

Printed Parts

Quantity Description Type Comments Diagram
2 coupling-beam RP Ehux coupling-beam.png
1 x-idler-bracket RP Ehux-x-idler-bracket.png
1 x-motor-bracket RP Ehux-x-motor-bracket.png

FOR THE EXTRUDER DRIVE see files on thingiverse

1x M4-extruder-block  RP
1x beefed-up-idler-pulley RP
1x 9tooth-gear        RP
1x 53tooth-gear       RP

Non-Printed Parts ("vitamins")

2x Nema 14 bipolar stepper motor, 14Ncm
2x Nema 14 bipolar stepper motor, 6Ncm
50x Small cable binder/ziptie       Misc.
1x Electronics + endstops. This can be RAMPS,Generation_7_Electronics, or anything else compatible.

(The eMAKER Huxley uses the 4 drivers in the standard Mendel electronics package to drive 5 motors by using "two steppers wired in parallel to one driver"[1]).

Printing the Parts

The assembled eMAKER Huxley prototype

Buy the printed parts

Coming soon to eMAKERshop

Test Videos


XY axes test
First print
Printing a frame vertex