Winterfell Model by Funkyfresshh
[ Previously: 3D Printed Planets ]
"My friend has an industrial 3D printer. I asked him to create Winterfell..."
"Finished product first, because attention grabbing. I (somehow) managed to convince my friend to 3D print a Laser Pistol for me, so here's its journey."
When it is time to make a globe, the model is not cast or moulded rather downloaded to machines able to construct it out of dust sized particles from the bottom up layer by layer, placing both colour and geometry accurately. What this means is no equatorial seam, custom sizes & scaling and impossible to traditionally manufacture full colour details. After construction is complete, each globe receives a manual inspection and a hand applied layer of protective coating before being securely packaged for dispatch.

"While many of the printable prosthesis designs have come a long way in proving it's function. They still have a long way to go in aesthetics. This iteration focuses on building upon that base but making it more creative, fun and acceptable to children to alleviate the psychological stress of having to use a prosthesis.
This is a first version. Most of the aesthetic and base structure is complete. A level of refinement & revision towards the function and usability is required. Future improvements include: variable finger tension, rotatable thumb."
"This is my 3D printed model of a StarCraft 2 'Baneling'. I made a Zbrush sculpt some time ago (check here) and I recently got myself a 3D printer for very cheap. So, I just had to print this bad boy (or girl?)! Made it's bulbuous acidic pockets of Glow in the Dark PLA material for the extra effect! This model radiates a room!"
"The software I used was ZBrush-4R7," Cambrain explained to 3DPrint.com. "This version includes some features which are vitally important for Robot modeling. For example, using "ZModeler” I can stretch geometric shapes very conveniently. I spent almost one week’s spare time on modeling."The figure has twelve separate pieces that must be assembled after printing: the head, the torso, arms, legs, feet, thighs, knees and several nails. He used an Ultimaker 2 3D printer to print out each of the pieces on the highest possible resolution. It took thirty-four hours to print the torso alone and another eight hours to print out the arms and legs.
“I have always been fascinated by the way art has developed due to the use of new materials and techniques. 3D printing offers me the incredible advantage to produce almost any type of intricate geometry or ornament.”