3D printer in action

First quick video of the printer working.

Had a few teething problems, mainly around getting the print to adhere to the bed.

Removed the aluminium bed and replaced with glass. A quick wipe of the surface with a glue stick, and we were away laughing!

skull1Print completed


Ready for removal


Skull box completed, ready for a brain


Hooks to hold the lid closed.  The rear hanging point has since been removed (bandsawn and sanded).




Flip top lid!



Original files sourced from Thingiverse

Episode 109 AmanaTool Raised Panel

AGE Raised Panel Set from ToolsToday.com


It’s alive…..ALIVE….!!!!

Yes, the 3D printer is working, and has actually managed to print its first object.  But more on that in a bit.  First, a bit more of a look at the printer itself.

Photo 13-10-2014 22 04 49

The printer is a RigidBot, and was purchased through a Kickstarter project.  It took a lot longer to arrive than was originally anticipated, and there was certainly some angst on the way.  However, it finally arrived, and wasn’t too hard to assemble (despite the instruction manual).  There is a Google+ community which are very supportive, and a great source of advise on the machine, and printing in general.

The printer has a 10″x10″x10″ build area, so can make some pretty significant objects.  It could be scaled up if I ever wanted to (not that I am likely to).  It has a dual extruder which allows it to print two colours simultaneously (or two different materials)  It is primarily designed to print PLA and ABS plastics with the extruders that it came with.  These may get upgraded at some stage, depending on how well it behaves!

Photo 13-10-2014 22 05 04

Bit of a view of the printer head, otherwise (and more commonly known as) the extruder.  It consists of a stepper motor that draws the plastic in and down into a PTFE tube that leads to the nozzle.  The nozzle is heated to around 200C (depending on the specific material – 195C-210C or so for PLA, and around 230C for ABS).  That is heated by an element – these are at the end of the red leads in the image above.  There is also a thermocouple attached to the same block, to accurately control the temp.

Photo 13-10-2014 22 05 24

This the X and Z axis motors – the Z axis has the threaded rod.  The X axis is controlled with a belt attached to the print head.  On the right hand rod, you can see one of the limit switches, which is used by the control software to zero the location of the head.

Photo 13-10-2014 22 05 13

The Z axis has two motors working in tandem – this has its good points and its bad points (when one jambs!).  I have taken to using a dry machine lubricant (with PTFE) on the shafts and threads, which has made a lot of difference.

Photo 13-10-2014 22 04 06

The extruder head only moves along the X axis (and the rails it is on are raised and lowered by the Z axis).  To get the Y axis, the platform that the print is made on also moves (this view is from underneath).

The green board is the heater element, allowing the base to be heated to 40-110C or so to aid adherence, and prevent warpage (especially of ABS).

Photo 13-10-2014 22 05 43

View underneath the extruder, showing the two 0.4mm nozzles.

Photo 13-10-2014 22 05 59

Another view of one of the nozzles, the heating element (with red wires), and the thermocouple (wires passing into the hex connector).

The first print run went well for a time – a little robot figure, but it didn’t have a head!  Took a while to work out why (and with advice from a forum member).  Turned out the default temperature setting in Cura (a slicing/printing program) was too high, so the filament melted before it should have, causing a blockage.

The next attempt worked well, printing at 60mm/s, 195C with 0.2mm per layer.

I haven’t been able to repeat the result, as the next few prints detached from the bed partway through the print.  The recommended blue tape is not working in this case, even when I tried another suggestion which involved hair spray, so I’ve ordered something more appropriate for the task – some polyamide tape, and some vinyl bed tape – either should make a lot of difference.

A few initial teething problems, but we’ll get through those. I’m sure there will never be a time when the system is perfectly reliable – it will always need some tweaks and mods.  At least it is an interesting learning curve!

Shed Magazine Oct/Nov 14

The latest issue of The Shed magazine has just came out


and it includes my take on a mobile device charging station.


From The Shed website, a sneak peek (there is a bit more than this screen shot on their site), but if you want the full 9 page article, check out your local newsagent.

FWIW, the workgear seen in the article is the Mascot gear from Proskill that I picked up from their stand at the recent Home Ideas show.

Build complete




Other than some cable management, the dual extruder, 3D printer is ready.

Now I just have to work out how to use it!

3D printer arrival and build

Yes, this means that after a very long wait (18 months from order to delivery), the 3D printer ordered through crowdfunding (Kickstarter) has finally arrived.

Photo 8-10-2014 11 42 09The unpack can then begin

Photo 8-10-2014 11 42 38 Photo 8-10-2014 11 43 07 Photo 8-10-2014 11 43 23 Photo 8-10-2014 11 44 34Next, the items were removed and laid out, ready for assembly.

Photo 8-10-2014 11 53 48And then assembly begins.  Taken in short bites (as time permits), it will be a few days before testing can begin.

Photo 8-10-2014 17 50 44


Dual extruder unit

Photo 8-10-2014 17 50 47 Photo 8-10-2014 17 50 58 Photo 8-10-2014 17 51 21Extrusion nozzle, with heater and thermister.


Coming together pretty easily (despite the instruction manual!).

And finally, the rolls of filament (both ABS and PLA) ready to be turned into something else.Photo 8-10-2014 17 51 30

First footage using the Axis360

The panning slider has arrived, so have done a very quick test to see how it can work.  Smooth!  Going to be really interesting to incorporate it into the video equipment lineup.


(Video test only – no sound)


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