IBoardbot: An OPEN SOURCE Internet Remotely Controlled Drawing Robot 3D Printer Model

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License: CC BY
File formats: stl,tif
Download type: zip
Size:3.3MB

The file 'IBoardbot: An OPEN SOURCE Internet Remotely Controlled Drawing Robot 3D Printer Model' is (stl,tif) file type, size is 3.3MB.

Summary

The iBoardbot is an ARDUINO robot connected to the internet capable of writing texts and drawing with great precision. Also, it can erase in a quick and effective way. Send to your iBoardbot your information from any part of the world. As it has a multi-user interface you can also play and challenge your kids, use it as a collaborative notice board or as a twitter wall in your store window. 

Features:

Drawing mode:

It can precisely draw what you assign to it. Different users will be able to collaborate with the drawing at the same time from different devices and world places. No matter how far the drawer is; the drawing precision will be as if the drawer himself was holding the pen with his hands 

Graphics mode:

Upload and draw your own graphics using the iBoardbot´s webAPP! 

Text mode:

Send any text. The iBoardbot will adjust it to the right size so it can fit on the board and it will draw it using its own font. Just type it and click/tap on SEND 

 

 

LIST OF MATERIALS:

  • GT2 timing belt (two segments of 53+100 cms)
  • pulley gt2 20 tooth ·608 bearing
  • 623 bearing
  • Stainless steel round bar (8mmØ,450mm length)
  • 2x round anodised aluminium tube (6mmØ, 205 mm length)
  • 4x 30 cms servo cable extender
  • 2x 1.8deg HIGH QUALITY NEMA 17 Stepper motors (40mm length) (4.4Kg/cm torque)
  • Motor cables (14+70 cms length do the job)
  • 2x SG90 servo
  • DEVIA Control board
  • Power supply 12v/2A ·2x copper bushing (8x11×22)
  • 6mm M3 bolts
  • 16mm M3 bolts
  • M3 nuts
  • 1x M3 self locking nuts

 

OTHERS:

-3mm wide/100mm long zip ties (~x10)

-5mmØ cable wrap (~90 cms)

-1x Staedtler MARKER (black)

-CLOUD SERVICE subscription

 

You can also buy everything(iBoardbot customizable KIT): here

 

How to set it up?

Take a look at this link: http://jjrobots.com/iboardbot-assembly-instructions/

 

NEW:  Use the same electronics to create the Pybot Robotic Arm!

 

belt_tensioner.stl 17.9KB
drawing_HEADER.stl 470.2KB
DSC_0590.tif 1.1MB
Electronics_CASE_BOTTOM_v2.stl 141.7KB
Electronics_CASE_LATERAL_[V3.stl 66.0KB
Electronics_CASE_TOP_v2.stl 188.6KB
eraser_v5_fixed.stl 110.8KB
iBoardBot_belt_support_drawing_header.stl 106.9KB
iBoardBot_bottom__support_Y-axis.stl 590.6KB
iBoardBot_marker_support.stl 348.6KB
iBoardBot_X-axis_carriage_[V2.stl 507.3KB
Left_and_Right_Legs_[V2.stl 408.0KB
Pulley_Y_Axis.stl 105.3KB
top_LEFT_support_FIXED.stl 5.7MB
top_RIGHT_supportfixed.stl 624.0KB
X-axis_pulley_V2.stl 100.0KB
X_motor_ANGLE_support.stl 197.3KB
y_motor_pulley_42_J2.stl 313.4KB