Makelangelo News

Makelangelo 7.6.5 software update

Get the files

[products skus=’FIRM-0001, SOFT-0001′]

multipass example

Added converter Multipass. You can adjust the angle and the number of passes.

Added converter Wander. You choose the number of lines, but not where they randomly travel.

machine size calculations

Added belt and servo wire length calculation to settings > machine panel. This will make it easier to order large-scale machines from Marginally Clever.

limit test

Added generator Limit Test. The gcode will travel around the outside edge of the paper and then return to home. This is very useful if you are running from an SD card.

preview electronics on makelangelo

Added visual of control box and stepper wires:

boxxy style

Improved Boxxy style (added infill):

new connect button

Simplified connect list & rescan to connect/disconnect button:

Also

  • Added ANSI, US, and Arch paper sizes
  • Improved DXF multilayer support, improved change tool message
  • Force log to bottom of file unless caret moved; shortened gui log for faster updates
  • Several bugfixes

Home position and calibration

Please print this calibration PDF, unscaled, on letter or A4 paper. Place it at the top center of your machine. the pen holder then lines up with the picture on the paper to get perfect calibration every time. This works extra good when you already have paper on the machine and you want to restart or continue a drawing using the “start at” feature.

firmware update

Please download and update to the latest firmware.

Makelangelo

Makelangelo software update, May 2015

I’m delighted to announce the Makelangelo software update v7.1.0 is now available for download. At the Bay Area Maker Faire, May 16 & 17 I will be giving hands-on demonstrations and talking about our exciting future.

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Makelangelo

Makelangelo instructions, simplified

2016-08-29: This post is out of date.  For the latest instructions please see the product pages for the Makelangelo 3 and Makelangelo 2

ROBO-0033_2

Today I’m pleased to announce a major rewrite of the Makelangelo 2.5 assembly instructions and the Makelangelo 3 assembly instructions.

The previous instructions got a lot of feedback. I hope the changes satisfy.  Please have a read through and let me know what you think in the forums, your feedback means the moon world to me.

Teachers! Are you using the Makelangelo in your class? Contact us. I want to promote your good work.

Extra special thanks to Melissa for kicking my rump into action.

Makelangelo Tutorials

How to Build a Drawbot (Makelangelo v1)

These instructions are for the Makelangelo Drawbot v0.1.  For all later versions, please visit our wiki.


 

If any part of these instructions are out of date, confusing, or in any way not clear please contact us and I will fix it quick fast. These instructions are current for v0.8.

The kit should include:

– 2x stepper motors

– 2x motor mounts

– 2x bobbins

– 4x 5mm M3

– 2x 10mm M3

– 1x pen holder ring

– 1x female power plug

– 1x arduino

– 1x motor shield

– 1x 12v2a power supply

(Not pictured: one arduino box.)

You will also need the following:

– a small screwdriver with a phillips head

– some sewing thread or fishing line

– 3x 2″ 1/4-20 bolts. These are available in any hardware store. In this photo I’ve used very long bolts because they’re all I had available.

Count the parts to make sure they are all there.

Screw the 3 1/4-20 bolts into the holes on the pen holder.

When the bolts get close to the center, stick the pen in and tighten one of the bolts until they pinch the pen.

Put it to one side.

Take the steppers out of their boxes.

Attach the motor mounts to the steppers.

Notice how the steppers are mirrors of each other.

Notice how the wires are on the side of the motor mount, never the back.

Put these to one side.

Make sure the bobbins will fit on the stepper shafts.

Make sure the bobbin set screw hole lines up with the flat part of the stepper shaft.

Add the 10mm M3 screw to the bobbin set screw hole.

Slide the bobbin onto the shaft until the middle of the bobbin is lined up with the middle of the five holes on the motor mount.

Gently tighten the set screw onto the flat part of the stepper shaft. Do not overtighten! You’ll know it is enough when turning the bobbin also turns the shaft with no wiggle.

Put your assembled mounts to one side.

Press the motor shield onto the arduino like a sandwich. The electronics are not a sandwich! Please do not eat the electronics.

Arrange the electronics and the arduino.

Attach the wires to the shield. Match the colors and screw until tight.

Attach the female power plug to your shield. Make sure M goes to red and GND goes to black.

Plug in the power.

Mount your motors and electronics to your wall or board. Note that the female power supply should be coming out at the top and all the writing on the motor shield will be upside down. That way the stepper on the left is attached to the left side of the shield and so on. It also keeps the power wire out of the way of the drawing.

You are now ready to attach the strings.

Push the thread through the center hole on the side of the mount and loop it over the set screw. Use the software to wind the bobbin “in” until you have enough thread.

Make a similar loop in the other end and loop it over a 1/4-20 bolt on the pen holder.

Repeat these steps for the other mount, bobbin, and a different bolt on the pen holder.

You should now have two steppers mounted and wired up with bobbins correctly wound and attached to the pen holder. You can now center your pen and start drawing.

In a future update I’ll show you how to add limit switches and auto-centering. For this you need some wire cutting and is considered more advanced.

In a future update I’ll show you how to add a servo for pen up/down. I have not developed a good enough pen holder yet so I am not going to confuse you with instructions that might change later.