Ultimaker 2: Difference between revisions
Jump to navigation
Jump to search
(→Status: how this is PROBLEMATIC) |
(→Status: change status to DOWN, needs service) |
||
| Line 6: | Line 6: | ||
==Status== | ==Status== | ||
<onlyinclude> | <onlyinclude> | ||
* Operational ... | * DOWN ... needs service | ||
** Bed | ** Filament Feed teeth need to be cleaned | ||
** then Zero Stop needs to be ajusted. | |||
* When this is Operational ... it can be Problematic | |||
** Bed Level and/or Zero Stop will go out of adjustment, during a print. | |||
** This causes print head to be too close to bed when starting next print. | ** This causes print head to be too close to bed when starting next print. | ||
** If head too close & extruder starts clicking, filament feed gear clogs with plastic. | ** If head too close & extruder starts clicking, filament feed gear clogs with plastic. | ||
Revision as of 15:19, 24 March 2017
This page documents Ultimaker #2 (Fawkes) [A phoenix from the ashes]
Printer lives on the third shelf of the 3D printer tower, next to the Type A.
Status
- DOWN ... needs service
- Filament Feed teeth need to be cleaned
- then Zero Stop needs to be ajusted.
- When this is Operational ... it can be Problematic
- Bed Level and/or Zero Stop will go out of adjustment, during a print.
- This causes print head to be too close to bed when starting next print.
- If head too close & extruder starts clicking, filament feed gear clogs with plastic.
- Loaded with Turquoise 3mm PLA
- This is old PLA ... so try using 220° @ 110% flow
- PLA ONLY! (to prevent nozzle contamination)
- Cura 15 Settings here
- http://octopi2.hacklab.to/
Features
- Ultimaker Original with extruder drive upgrade
- Built from an incomplete kit and a bunch of parts are 3D printed
- 210 x 210 x 205 mm print volume
- 2.85mm filament
- Absolute max temperature: 250 C
- It is managed and accessible from the web GUI: http://octopi2.hacklab.to/
Machine Log
| Date | Notes | Entry By |
|---|---|---|
| March 9, 2017 | The Print Head Fan Duct was touching the build plate before the front/right corner was down enough to be level. Used a fine file to trim the underside of this 3D printed part, so this now stays just slightly above the build plate at all times. | Allen |
| March 1, 2017 | X axis just stopped working mid-print again. Re-seated x axis stepper board again, and this time used Kapton Tape to secure all the the stepper board DIPs in place. | Allen |
| February 28, 2017 | Lubricate X-Axis rods using NCR Silicone Fluid. X-Axis now moves back & forth smoothly. (Left side of belt no longer bends sideways @ the stepper motor.) Hardened/old lubricant on the X-axis rods also removed by doing this. | Allen |
| February 21, 2017 | Igor helped to locate & fix bad driver board (DIP socket) connections for the X axis stepper motor. Removed broken PLA from feeding tube (yet again). The working PLA reel from Ultimaker 1 was moved to this unit. | Allen |
| Mid-2016 | Re-printed extruder drive tensioner in ABS on Ultimaker 1, replaced Bowden tube coupler springs. Snipped 1cm off the tube ends to give couplers fresh surface to hold on to. | Igor |
| September 26, 2015 | Removed overly-brittle, broken PLA from the feeding tube. Machine back in working order with new PLA. PLA can become stale and brittle due to moisture absorption. | Justin |
| July 28, 2013 | Found new Arduino mega and installed marlin firmware via CURA. Checked all axis movements, checked thermocouple via external temperature sensors and finalized hot-end. Installed build platform. Removed raspberry pi. | Norm |
| July 27, 2013 | Cemented thermocouple into tube, fit tube into hot end. Attempted firmware uploads using Cura (failed) and Xloader (succeeded) | Norm |
| June 23, 2013 | Machined remaining parts and assembled feeder, mounted and tested (dry run without power, tensioner only). Attached flying lead ends of thermocouple onto thermocouple amp. |
Norm |
| June 22, 2013 | Printed out and assembled most of the feeder, lubricated gantry. | Norm |
| June 18, 2013 | Printed out parts for feeder | Norm |
| June 10, 2013 | Stripped apart old filament feeder and began building new feeder which uses the hobbed pulley. Parts on order, machined other parts. | Norm |
| June 8, 2013 | Rebuilt hot-end, rebuilt gantry components, mounted entire gantry, roughly aligned belts, verified general mechanical functions! Finished mounts for build platform (cutting build platform and mounting to be completed). |
Norm |
| May 29, 2013 | Boden tube, V2 hot end components, and belts arrived. | Norm |
| May 16, 2013 | Ordered Boden tube and V2 hot end components (the feeder upgrade can be printed for cheap). Belts ordered for Ultimaker 1 (when they are needed for replacement). (~$138) | Norm |
| May 15, 2013 | Printed Z home switch adjustment block and holder. Designed and printed parts for new build platform system. |
Norm |
| April 29, 2013 | Printed fourth X/Y bushing block and Raspberry Pi bracket | Norm |
| April 27, 2013 | Assembled 3/4 X/Y bushing blocks, 4th print failed mid-print. | Norm |
| April 24, 2013 | Unmounted dual extruder.
Stripped out X/Y gantry parts for rebuild (X/Y blocks broken). |
Norm |
| April 22, 2013 | Reorganized shelf to accommodate the Ultimaker, organized materials and supplies. | Norm |
To Do List
- Repairs
- Finish to-do list/upgrade list
- Reprint X/Y bushing blocks, remount
- Print tensioners, install
- Print new extruder in entirety, mount
- Print Raspberry Pi mounting plate, mount pi, wire up
- Straighten Z axis acme rod
- Crimp cable going to print head
- Remount X/Y gantry system
- Order hot end
- Order boden cable
- Order extruder (dependent on success of printable extruder)
- Flash firmware
- Calibrate endstops
- Printable Upgrades
- Spool holder
- Magnetically attached print bed
- Motor mounts
- Fan cowling
- Z axis home switch adjuster
- Axis end-caps