Monthly Archives: February 2013

The interview can be found here

I am expanding to take on custom 3D design work. A new menu item is now available on the website now.

My areas of expertise are:

  • Designing for 3D printing.
  • Product design.
  • Biomimcry in designs.

My conditions will be as follows.

  • £10 an hour (as of writing $15.24, 11.56 euro)
  • I will give you a quote, based solely upon the description/drawings given in our discussion before first payment.
  • Half the quote to be payable up front.
  • Second half to be payable after sending renderings.
  • Stl files to be sent upon full payment.
  • Any changes before full payment, will require a re-quote, and the difference between new quote and original quote to be paid upfront.
  • Any changes after full payment and receipt of Stl file, will require new quote and payment up front.
  • Agreement that I may use design renderings for promotional/advertising purposes, unless explicitly requested otherwise. Your models will always remain confidential.
  • I retain the right to withdraw from work at any point.
  • I can alter my conditions at any point.

If you’re interested contact me at

Payment via Paypal – email address to be given with quote.

Ok it’s been a little quiet here. Well we’ve been working on the Kickstarter, so working out rewards, making videos that are as least embarrassing as possible etc.

Here are some of those vids.


And now for another vid with my co-designer.

Ok so my attempt to loosen the joint didn’t work. So I’m left with a rather expensive sculpture. On the bright side it looks awesome now I’ve painted it up.20130204_180259 (Custom)

20130208_141538 (Custom) 20130208_141552 (Custom) 20130208_141611 (Custom)


It looks wonderful. Tbh I almost wish I’d spent more time adding useless but cool detail. However there is one big drawback. The 0.5mm gap I’d left apparently was not enough this time and the joints are fused.

I’ve not given up hope yet since the way the 3D printing works means that the nylon powder in the 0.5mm gap is likely to have recieved less energy than its neighbours, meaning that less sintering occurred and it is more weakly bound. I also read that the powder on the surface is less fused than that deeper down (from someone DIY polishing WSF). So I’ve been spending time with a scalpel cutting into the seams of the joints. This wasn’t allowing it to move, so I’m combining it with plan B.

I checked the material resistances of Nylon and discovered that it does dissolve in acids. Now the particles deep down are more solidly combined, so I expect less surface area than those at the surface, and those bunging up the joints. I don’t have any lab grade acids around so tonight had to make do with Lemonade, carbonated water and Vitamin C tablets. I’ve dunked the fingers into that concoction and will leave it over night. Tbh I don’t know if it’ll have any effect or not.

If that doesn’t work then I’ll go get plan C. Acetic acid, aka Vinegar. I hope it doesn’t come to that, partly becuase plan B will smell so much nicer than plan C!

I’ll be putting some pics up tomorrow.

The hand from Shapeways is due anytime today. Will put up photos when it arrives.