Welcome to Our Community

Unlock hidden features. Sign Up for Free Today!

      1. Build Progress:
        • Build Complete!
      Rate This Build
      5/5,
      9 votes
      UPDATES
      05/07/16 - Smoothieboard config uploaded.
      03/07/16 - Heated Bed assembly.
      24/06/16 - Extruder assembly.
      21/06/16 - Y Axis assembly.
      20/06/16 - DXF files uploaded.





      Introducing the Indie i2 :cool:
      [​IMG]






      INTRODUCTION
      After building numerous 3D Printers including the original Prusa, Prusa i3 single plate and the Huxley I decided to combine the features I liked from each into my own design. Additionally after seeing the Bukito by Deezmaker, Omerod by RepRapPro and the Printrbot Simple by Brook Drumm I decided to base the frame on a crane style.

      List of design features:

      Lightweight and Portable – To be transportable I wanted to keep the weight as low as possible though still keep the functionality of the printer. For this reason I decided to base the design around the smaller Nema 14 stepper motors that provide more than enough torque. I also designed the printer so that it can be flat packed by splitting it down to the 3x main axes to be safely stored in a case for transport.

      Versatile – To be able to increase the adaptability of the printer for use with different types of materials (PLA/ABS etc) and allow further development of the use of these materials I wanted to incorporate a heated bed. This would also alleviate any potential bed adhesion problems.

      Stable – With each printer I have previously built the weakness has been the stability of the Z axis as a result of the motion of the X axis. With the crane style design only having one Z axis support I wanted to minimize the weight being transferred across this axis and so I incorporated the use of a Bowden system.

      Noise – After using Linear Bearings for motion on all my other printers I decided to try using wheels and bearings to reduce noise and found Openbuilds V-slot system to be a suitable choice.

      Print Area – The printable area of the printer is 140x140x140mm which is large compared to the overall size of the printer – making the most of the space available.





      AVAILABILITY
      The majority of the components used for this build are available directly from OpenBuilds and those that aren't have links in the Parts List tab. Additionally if you don't want to pay the extra cost for buying excess quantities or multiple shipping charges then message me for the following kits.
      • Hardware kits.
      • 3D Printed parts are available for those that don't already own a printer.
      • Aluminium plates are available for those that don't own a CNC machine.





      BUILD INSTRUCTIONS

      X-AXIS
      [​IMG]

      [​IMG]

      [​IMG]



      Y-AXIS
      [​IMG]

      [​IMG]

      [​IMG]

      [​IMG]


      [​IMG]

      [​IMG]




      Z-AXIS



      EXTRUDER

      [​IMG]

      [​IMG]




      BASE PLATE

      [​IMG]

      [​IMG]





      FLAT PACKED FOR TRANSPORT
      As one of my aims was to make the 3d Printer transportable I ensured the design could be easily broken down into the 3 main components (X, Y & Z Axis). This then allows the printer to be, as such, flat packed in a protected case (Storm Case im2200) for easy transport. The printer can be broken down, or rebuilt in around 15 minutes time and following a quick calibration can be up and running.

      [​IMG]

      [​IMG]
      [​IMG]
  • Loading...
  • Build Details

    Build License:
    • CC - Attribution NonCommercial - Share Alike - CC BY NC SA

    Reason for this Build

    After owning/building numerous 3D Printers I decided to combine those features I liked from each into my own design.

    Inspired by

    RepRapPro (Huxley & Ormerod), Deezmaker(Bukito), OpenBuilds (V-Slot system).
  • Parts list

    Qty Part Name Part Link Comments
    1 Hardware Kit http://www.emakershop.com/browse/listing?l=1211 Link All the OpenBuilds and Misc. hardware parts needed for the build.
    1 3D Printed Parts http://www.emakershop.com/browse/listing?l=1177 Link All the plastic parts needed for the build. Or make your own with the STL's from the Files section.
    1 Aluminium Plates http://www.emakershop.com/browse/listing?l=1178 Link All the aluminium plates needed for the build. Or make your own with the DXF's from the Files section.
    1 Hall-O Endstop http://mauk.cc/webshop/cartesio-shop/electronics/hall-o-a... Link Used on Z-Axis.
    1 Hobbed Bolt http://www.emakershop.com/browse/listing?l=457 Link Used in the Bowden mini extruder.
    1 Smoothieboard 5XC http://smoothieware.org/smoothieboard Link Most electronics could be used though the Smoothieboard has everything need for dual extruders.
    1 PCB Heatbed http://www.emakershop.com/browse/listing?l=1329 Link For those that don't own a RepRapPro PCB.
    1 E3D Hot End Kit http://e3d-online.com/Multi-Extrusion Link Use either the Chimera or Cyclops.
    5 Nema 14 Stepper Motor http://www.zappautomation.co.uk/electrical-products/stepp... Link These are the steppers for X, Y, Z and Extruder (SY35ST36-1004A).
  • Attached Files:

  • About Us

    The OpenBuilds Team is dedicated helping you to Dream it - Build it - Share it! Collaborate on our forums and be sure to visit the Part Store for all your Building needs!
  • Like us on Facebook

  • Support Open Source FairShare Program!

    OpenBuilds FairShare Give Back Program provide resources to Open Source projects, developers and schools around the world. Invest in your future by helping others develop theirs!

    Donate to FairShare!