D3D Universal

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Revision as of 23:47, 5 February 2020 by Marcin (talk | contribs) (→‎Manuals)
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D3du.jpg

We are now producing kits and finished machines - see https://www.opensourceecology.org/d3d-universal-2/

Product

  1. See D3D Simple Expandability Value Proposition

CAD

HintLightbulb.png Hint: Wire loom holder on z is missing

3D Printer

D3DS motor bracket.pngD3DS idler screwdown.png D3DS idler high screwdown.pngD3DS motor side screwdown.png D3DS motor side high screwdown.pngD3dsimple z foot.pngRework1.pngRework2.pngRework3.pngCarriagetosidemotor.jpgHighmotor47.pngHighidler47.pngFittingparts.pngD3DUyaxis.pngSmalleryaxis.pngRodsadded.pngBedaxis.pngPrint bed.pngYaxisnoprintbed.pngCarriagewithmagnets.pngBed.pngWorkingcopyofuniversal.pngBase.pngZaxis.pngXaxis.pngUniversalnearcompletion.jpgD3duniversalcad.png150rom.png157romY.pngWithcontrolpanel.pngEnlargedbase.pngFilamentspool.pngWithfilamentspool.pngWithspoolholder.pngPanelatrear.pngPanelatrearmod.pngControlpanel.pngSpoolholder.png Spoolholderrod.pngSpoolholder2.pngSpoolholdersassy.pngMergedspoolholdersassy.pngD3du12inchscaled.pngMonolithic base.pngNew spoolholder.pngNewbed.pngLoomclip.pngEndstopholder2.pngHolynewbed.png

Printer Extruder

HintLightbulb.png Hint: Note the small extruder gear shown is MK8- we are using an MK7. Note: Supervolcano nozzle has heat transfer issues, so we are using a 3 mm E3D v6 heat break with success (6mm threads on both sides - note that E3D v6 has 6 mm on the nozzle side, 7 mm on the cold side. Can also test Titan Aero v6 1.75 mm - which appears to have 6 mm thread on both sides. 3mm titan aero is definitely 6 mm thread on each side: see E3D_Titan_Aero_Extruder#CAD

Notes: Still missing from final assembly by MJ: fan, heat sink heat exchanger, MK7 gear, spring. In final CAD of extruder assy, heat break does not stick out of the heat sink. In reality, it sticks out about 3 mm. Where is the discrepancy if the heat break is 25 mm long?

Earlymodel.pngExtruderspring.pngVolcanoheaterblock.png Cc heat sink block jig 03NOV2019.pngDynamicblower.jpgWithsensor.pngSteppermotor.pngSteppermotor2.pngExtruderwithmotorandsensor.pngExtrCoolSensPltr.pngDrivegear.pngCc bearing hobbolt 04NOV2019.pngChrisStartupCampFinal.pngRecessedAndOversizedHoles.png3heatbreak.pngExtruder motor bracket.pngMainextruderpart.png Secondxtruderpart.pngSimple extruder assembly.pngSimpleextruderassy.pngFixedhole.pngCc spring tensioner.pngTensioner.pngTensionerandbearingadded.pngAddedmotor.pngFixingholes.pngFansimple.pngThickenedweb.pngAddedgusset.png07cutrightside.pngWithheaterandfan.pngFixingsink.pngFixedsink.pngHeatsinkdims.pngFinalextruder.pngHeatsink.pngTrimmedbottomformotor.pngFinal.pngGussetedtensioner.png

Control Panel

See more at 3D Printer Control Panel

Framev1902.pngPowersupply v1904.pngRAMPS14 v1904.pngStepperdriver v1904.pngSsr v1904.pngSmartcontroller v1904.pngGfci v1904.pngControlpanel v1904.pngControlpanel+frame v1904.pngControlpanel+panel v1904.pngControlpanelproper v1904.pngControlpanelwithmounts v1904.pngWirecover v1904.pngPanelonly v1904.pngBentpanel v1904.pngHeatbed wirelock.pngFinalcontrolpanel.pngOntrolpanelseated.png D3DPlugInner.png D3DPlugCover.png

Plotter

HintLightbulb.png Hint: Amazing, works out of box. Improvements: raise tip next to carriage. Double-sided attachment. Probe on right, not left, to optimize print area

D3duniversalmill.pngD3dsimple2.pngD3Duniversalplotter1.jpgPlotterpen.jpgSiompleextruder2.pngPenholderclamp.pngWithcarriagemount.pngMjpenholder.pngClampwithsensholder.png

Mill

Simplespindle.pngCc export issue 22OCT2019.pngUno3d.jpgElectricmotor.png

3D by Yale

Technical Drawing Library

Useful technical drawings for fabricating parts:

  1. File:Heatsinktechdraw.FCSTD - heat sink dimensional drawing

Diagram

edit

BOM

edit

Working Doc

Includes Review and Data Collection

edit


Development Template
Description Link to Work Product %
DESIGN
1 Requirements + Value Proposition [[{{{0}}} Requirements + Value Proposition]] {{{1}}}
2 Industry_Standards [[{{{0}}} Industry Standards]] 50
3 Conceptual Design [[{{{0}}} Conceptual Design]] {{{3}}}
4 Module Breakdown [[{{{0}}} Module Breakdown]] {{{4}}}
5 3D CAD [[{{{0}}} 3D CAD]] {{{5}}}
6 Calculations [[{{{0}}} Calculations]] {{{6}}}
7 Electronics Design [[{{{0}}} Electronics Design]] {{{7}}}
8 Wiring and Plumbing [[{{{0}}} Wiring and Plumbing]] {{{8}}}
9 Software [[{{{0}}} Software]] {{{9}}}
BILL OF MATERIALS
10 BOM [[{{{0}}} BOM]] 50
11 vBOM [[{{{0}}} vBOM]] {{{11}}}
12 CAM Files [[{{{0}}} CAM Files]] {{{12}}}
13 Cut List [[{{{0}}} Cut List]] {{{13}}}
BUILD
14 Build Instructions [[{{{0}}} Build Instructions]] 20
15 Fabrication Drawings [[{{{0}}} Fabrication Drawings]] {{{15}}}
16 Exploded Part Diagram [[{{{0}}} Exploded Part Diagram]] {{{16}}}
17 Production Engineering [[{{{0}}} Production Engineering]] {{{17}}}
DATA COLLECTION
18 Build Pictures and Video [[{{{0}}} Build Pictures and Video]] {{{18}}}
19 Data Collection [[{{{0}}} Data Collection]] {{{19}}}
20 Future Work [[{{{0}}} Future Work]] {{{20}}}



Build

Cut List

  1. [6] 8 mm rods, 12" each
  2. [1] 8 mm rod, 3D printed,
  3. [1] 2x12 lumber, 12.5" long
  4. [3] belts, 26" long

D3D Universal Axis

Platform on stilts so extruder reaches bed:

Nozzle does not reach bed:

Extruder Build


Plotter Build

Design Concepts

Plotter

embedded my website on wiki https://feadi.github.io/OSE/.

Played with gtlf-viewer

Wiring

Software

  1. Printer - Marlin, Lulzbot Cura, OSE Linux, FeF Microfactory printer profiles

Plotter File Generation

  1. Plotter - Using Inkscape to Generate Gcode

Code

Firmware

Production Engineering

D3D Universal Production Engineering

Product

See D3D Universal Product Page.

Manuals

FAQ

Links

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