XY Plotter Drawing Robot | Arduino | Polargraph

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Introduction: XY Plotter Drawing Robot | Arduino | Polargraph

About: For more project and tutorial visit my YouTube channel Mert Arduino and Raspberry Pi

In this tutorial we will learn how to make X Y Plotter Drawing machine. With Drawing Robot you can draw images on wall, panel or A4 paper. You can print pictures or print text. All required hardware for this project are listed below. We will learn how to install and use the Polargraph program for robot control. Video editing of this project took a lot of time. I hope the video will be useful to you. If you want, you can subscribe to the my channel for support.

Step 1: Required Hardwares

Arduino Board -- http://bit.ly/2xt9MVk

L293D Motor Shield -- http://bit.ly/2H7vmy9

L293D Motor IC -- http://bit.ly/2J4N3jD

17 Stepper Motor -- http://bit.ly/2J0xqhf

Servo Motor -- http://bit.ly/2JfGtuj

GT2 Pulley 16 Teeth Set -- http://bit.ly/2H9DoXq

GT2 Rubber Belt (5M) -- http://bit.ly/2Lfc0tJ

DC Power Supply -- http://bit.ly/2sotn4i

Adapter Power Supply -- http://bit.ly/2syTLHA

Board Marker Pen -- https://goo.gl/vP6jkm

Jumper Wires -- http://bit.ly/2J6de9E

Lead Weight -- https://goo.gl/vP6jkm

Anet® A8 3D Printer -- http://bit.ly/2J18Ahn

3D Printer not Available

Stepper Mounting Bracket -- https://goo.gl/EEjirC

CD for Gondola

Arduino Starter Kit and Supplies (Optional):

Arduino Basic Learning Starter Kit #01 -- http://bit.ly/2sxyG0v
Arduino Basic Learning Starter Kit #02 -- http://bit.ly/2Lf5ToV

Arduino Basic Learning Starter Kit #03 -- https://amzn.to/2sqQ47X

Mega 2560 Ultimate Starter Kit with Tutorial -- https://amzn.to/2Jkdtl7

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Sensor Module Kit For Arduino #01 -- http://bit.ly/2JanxK7

Sensor Module Kit For Arduino #02 -- http://bit.ly/2J93QCg

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Arduino Board & SCM Supplies #01 -- http://bit.ly/2J2AFF7

Arduino Board & SCM Supplies #02 -- http://bit.ly/2Hb1NvD

Step 2: 3D Models - Plotter Gondola and Stepper Bracket

  • You can find many models on the Thingiverse platform.
  • Links of the models used in this project as below.

Gondola 3D Model -- https://goo.gl/cu7ry7

Stepper Mounting Bracket 3D Model -- https://goo.gl/1yLiZh

  • If a 3D printer is not available, you can use a CD for create the Gondola

Step 3: Assembly of the Gondola, Stepper Motors and Servo

  • Belts connect to the Gondola. (Adjust the length of the belts according to size of your board.)
  • Servo motor connect to the Gondola
  • Assembly the mounting brackets to the stepper motors.
  • Attach a weight to the empty end of the belts (I used 4xAA batteries for weight.)

Step 4: Assembly All Parts on the Board

  • Fix the stepper motors to the upper right and upper left corner of the board.
  • Fiz the servo motor and pen to the gondola.
  • Connect enough weight to the empty en of the belts.
  • Also use a weight to hang the gondola down. (This weight may be coins or batteries.)

Step 5: Machine Dimensions

  • Remember that your machine size is NOT the same as your surface siz.
  • Your PAGE or drawing AREA size will be smaller.
  • Machine Width:

This is the distance between two closest points on the sprockets (between two pulleys).

  • Machine Height:

This is the distance from the sprocket axis to bottom of your drawing (board) area.

  • Home Point:

This is a magic point marked on the centerline, exactly 120mm (12cm) down from the top edge of your machine.

  • Keep the dimensions of your machine. We will use these values in the software section.

Step 6: Connections

  • We use a high-torque stepper motors with the L293D motor driver, so the L293D integration overheated.
  • We should upgrade the L293D motor driver before connecting. You can watch the following tutorial for this.

Tutorial - L293D Motor Shield Upgrade for the High-Torque Stepper Motor

  • After L293D upgrade, make connections according to the circuit diagram above.

Step 7: Source Code and Polargraph

  • Download and install Processing version 1.5.1 -- https://processing.org/download/
  • Download and install Arduino IDE version 1.0.5 -- https://www.arduino.cc/en/Main/OldSoftwareReleases
  • Finally, download the following compressed file for Polargraph 1.2 and its libraries.

  • Copy the libraries to be used for the Arduino source code. (Copy the libraries in the Polargraph libraries folder to the Arduino libraries folder.)
  • Find the source code to use for the Arduino. (Open the cource code in the Polargraph/ arduino-source/ polargraph_server_a1 folder.)
  • Upload the polargraph_server_a1.ino source code to the Arduino.
  • Then open the Processing software. Find the SketchBook folder from file / preferences/ sketchbook/ location
  • Find the Processing libraries in the Polargraph folder. Copy all the library folders in this folder into the libraries folder in the Processing Sketchbook folder.
  • Move the Polargrapcontroller folder inside the Polargraph folder/ processing-source/ folder into the sketchbook folder.

Define first settings - Machine dimensions

  • Open Processing. Then open polargraphcontroller (file -> sketchbook -> polargraphcontroller)
  • Run the program by pressing the Run button.
  • Enter the Setup section from the tool bar.
  • Adjust the size between two pulleys on the Machine Width
  • Adjust the Machine Height (height between the pulleyand the end of the panel)
  • After machine dimensions, adjust the size the area you will draw. (If ou will draw on an A4 paper, set the A4 size.)
  • Then, first clicthe Center Page and then set the Page Pos Y value 120.
  • Secondly click Center Home Point and set Home Pos Y value 120.

Stepper motor and pulley settings

  • Set the MM Per Rev value according to the pulley and belt you are using. For example, if the belt is GT2 the lue is 2mm. If the pulley has 16 teeth, 2x16 = 32mm. So, the belt will advance 2mm each turn.
  • Adjust Steps Per Rev according to the stepper motor type. For example, if te step angle of the used stepper motor is 1.8 degrees the value is 200 steps. This value is adjust to 400 because dual motor is used.

Servo motor (Pen) settings

  • Pen Up Position and Pen Down Position values are the operating angle of the servo motor.
  • Click Serial Port and select Arduino's port from the list of connected devices.
  • When the correct port is selected, the 'No Serial Connection' display will turn GREEN and the port number to which it is CONNECTED will be displayed.
  • Click on 'Command Queue' and command transmission is activated.
  • Click Upload Lift Range, then click Test Lift Range and test the servo motor angle.

Last Settings - Upload vector image and start the print

  • Save your setting. Load your setting every time you turn on the program.
  • Click the Input tab and switch to the main screen of the program.
  • Then we will anually set the gondola for 'Set Home' manually. Move the gondola by manually and move it to the previously defined home point. The gondola must be adjusted this way before each drawing before clicking 'Set Home'.
  • After this adjustment is done, Set Home and Set Pen Position are clicked.
  • Click Set Area to specify your drawing are. Then click Set Frame to Area to make all necessary settings for drawing.

Draw Vector

  • Find any vector drawing image. Convert image to the SVG format from any converter platform.
  • After select Load Vector from program. Adjust image size with Resize Vector. Move the image to the desired area with Move Vector. Then adjust the area to be printed with Select Area and Set Frame to Area.
  • Finally, click the Draw Vector command to start the machine.

2 People Made This Project!

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33 Discussions

I go this error message how can I fix it.

Arduino: 1.8.5 (Windows 7), Board: "Arduino/Genuino Uno"

polargraph_server_a1:157: error: 'multiplier' was not declared in this scope

float mmPerStep = mmPerRev / multiplier(motorStepsPerRev);

^

polargraph_server_a1:158: error: 'multiplier' was not declared in this scope

float stepsPerMM = multiplier(motorStepsPerRev) / mmPerRev;

^

exit status 1

'multiplier' was not declared in this scope

This report would have more information with

"Show verbose output during compilation"

option enabled in File -> Preferences.

1 reply

My Polargraph works fine but for few minutes only!

After a short whuile of drawing both of the Arduino Uno and LM293D motor shield boards get too hot causing the USB to disconnect .

I have tried 12v -1A and 5v 750ma, both of which resulted in the same thing!!!

Upgraded motor shield as well.

Does anybody know what is the problem?

Could it be faulty board?

Hello everyone.

Is it possible to make the Polargraph work using A4988 drivers?

If yes how should it be connected and do I need to change the code?

tq

Hello! I am so close to finishing this incredible project. Your instructions were easy to follow. I have a question, though: do you have any idea why the steppers won't even budge when I press "draw vector"? I see the servo moving up and down but no movement from the steppers. Hope someone has a solution for this.. I really want to conplete this and I have no idea why they won't move. They work when I use the "move to position" command.
Kind regards

3 more answers

I write in Google translation.

I think there is a mistake in grammar.

I solved this problem and I will tell you.

The corrected data is described in the URL, please erase the previous data and put it in a new one.

https://www.instructables.com/id/Polargraph-Drawin...

▼Caution

After machine spec decidet at proseccing,

Don't forget press "upload machine spec" to send it to the machine.

For some reason my machine prints upside down horizontally:( ?????

i have the same issue. Did u get the solution??

how can i get the program code

0
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كرسغ

Question 2 months ago

Is there a cheaper way with the DC Power Supply? Do I really need one?

0
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كرسغ

Question 2 months ago

What happened with the video? I really liked the video as I build this plotter.

I go this error message how can I fix it.

I go this error message how can I fix it.

Arduino: 1.8.5 (Windows 7), Board: "Arduino/Genuino Uno"

polargraph_server_a1:157: error: 'multiplier' was not declared in this scope

float mmPerStep = mmPerRev / multiplier(motorStepsPerRev);

^

polargraph_server_a1:158: error: 'multiplier' was not declared in this scope

float stepsPerMM = multiplier(motorStepsPerRev) / mmPerRev;

^

exit status 1

'multiplier' was not declared in this scope

This report would have more information with

"Show verbose output during compilation"

option enabled in File -> Preferences.

1 more answer

My guess is that you did not put the library files where they should be.
I solved this issue by uninstalling the arduino ide, installing the old version mentioned in the tutorial, and putting the libraries for arduino where it shows.

Could you just use a 9volt battery connected to the arduino? I do not have a power supply and don't want to purchase one.

0
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avinashk

Question 4 months ago

nice work dear, any way my mc works well without servo, but when servo is connected the arduino gets dissconnected thus processing also gets dissconnected, emedy pls,

I had done all these setup but I have a issue of overlapping images, I don't know what to do can anyone help me?

My XY plotter is drawing nice but it has a problem of overlapping. Can anyone help me to overcome this problem? Pls help me it's my final year project.

What can we do with roving tool bar?

1.How to write words using xy plotter?
2. My XY plotter is drawing images but it gets overlapped on one another, is there any solution to overcome this problem?

0
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ZBod

6 months ago

Any issue with using 20 teeth pulleys instead?