Today I 3D-Printed
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Happy new year everyone!
I hope you had a good one and the next one will be even better :D
I just want to thank you all for a great year and all the the support, kind words and of course the awesome pictures!
With that I leave you with some RL ballerinas, 3d printed and painted by me :)
see you next year!
areve/Pixicat
Thanks for all your faves and comments everyone!
I really appreciate them!
I translated my website to English. Check it out!
www.wimvanbezouwphotography.nl
Was asked to take some stills for a conference brochure. These are two 3D hearts our company modeled and than printed.
work from our exhibition "Growing Objects" which explored our work with simulations of natural growth processes through 3D printed sculpture
Another 4x print test of the BrickArms tripod in PLA. This time, I exported the tripod as a single item (no detachable legs). There is some separation on the long leg as it wanted to lift off of the bed as the print progresses.
The short leg does not need supports, since it has a fairly steep angle. The Cura software uses a 60 degree threshold, as a default.
Print height is set at .06mm
31 x 21 x 36 cm
nylon 3D printed by Selective Laser Sintering
This flower-like form resulted from the growth of a cone grown differentially towards its edge in a noise field. As the surface expands, the growth front moves with it causing complex ruffled forms to emerge. The ruffles become smaller as smaller as the bend strength decreases.
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This piece is from our exhibit "Growing Objects" which explored natural growth processes through simulation and 3D printed sculpture.
more information here:
n-e-r-v-o-u-s.com/projects/albums/growing-objects/
This build had many first. First time, airbrushing, kitbashing (kinda), and 3D printing/modelling (for gunpla), first use of decal solutions too.
I built the MG Dynames exactly a year ago planning to do this, but before starting the main customising, I had a Gunpla break (to focus on studies). I'm glad I did though, as that gave me more time to watch videos and observe how people do things.
Airbrushing was a pain. Found it hard to get a good consistency of paint and it kept coming out weird at times. I bought a cheap brush/compressor off Ebay and used Revel acrylic white for the base and Citadel Sybarite Green and Lahmian Medium for the green. Handpainted a few small details too. Probably will airbush again in the future with better results.
3D modelled some adaptors using Blender, for the thrusters to attach to the GN Drive and for the holster to back skirt attachment. Actually used some fake/3D printed Lego for the joint. First use of plastic cement too.
The Sword I found off Thingyverse and just scaled it up. Was this one: www.thingiverse.com/thing:2828010 if interested.
The decals are some Sazabi Ver.Ka + a few MG Dynames ones I bought of Aliexpress. The microsol.set is a godsend, I used just water on a few kits before hand and the decals are kinda flakey even with a topcoat.
In universe I see this as a close combat variation of the Dynames. The shields now act as bits/funnels. And in the knee are shotgun rounds so he can knee opponents and fire (similar to Kimaris Vidars Drill knees). The Grenades in the front skirt now have some smoke flares too for enemy distraction. Sword is GN powered and takes the best of the Exias real blade and a beam blade. It can be powered without connection, but it better if so. The pistols still the same and the head mounted site is more of a general different wavelength camera. I see this as my current Build Fighter/Diver suit.
A 3D printed figure of Enya from Spy X Family. Going to give it a bit of a paint once it's cured properly.
Canon EOS R6 with Canon RF85mm f2
work from our exhibition "Growing Objects" which explored our work with simulations of natural growth processes through 3D printed sculpture
More pictures will be released when fully done. The rims are 3D printed and my own design based on the Porsche vision GT rims. Hope you like it!
This is a film slitter I have designed, used to make one strip of 16mm and one strip of 9.2mm film out of a regular 135-film for use in different kinds of subminiature cameras
Can be downloaded here
My new Solidoodle II 3D Printer. An hour after unboxing it, we were printing. The wrench was the simplest STL that Ian and I could find at the shop today.
The funky zigzag thing the wrench is resting on is called a "raft" and it helps the part stick to the bed, but we don't really need it since our printer bed is heated. Still learning.
That blurry thing at the top is the extruder head blazing by as it extrudes hot ABS at 200C.
We're going to have fun printing some up-scaled BrickArms this week.
This the "Easy 35" 35mm pinhole camera I printed- everything you see sitting on the Tripod is 3d printed, including the Ballhead and the quick release- I got my first roll of test film back from the lab today
I’ve been doing some character studies in Autodesk 3DS MAX and decided to make a Clooney head. I liked it enough to have it printed by Shapeways.com.
We will debut our second Kinematics Dress at the International Consumer Electronics Show (CES) in Las Vegas this week. The dress will be on display in Autodesk‘s booth and we will be around to discuss the project. For the second dress, we managed to reduce the size of the hinge joint allowing for 1,000 more unique panels, making it lighter weight and more flexible.
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This custom-fit dress is composed of more than 3,000 unique interconnected parts which were 3D printed as a single folded piece. While each component is rigid, in aggregate, they behave as a continuous fabric allowing the dress to flexibly conform and fluidly flow in response to body movement. Unlike traditional fabric, this textile is not uniform; it varies in rigidity, drape, flex, porosity and pattern through space. The entire piece is customizable, from fit and style to flexibility and pattern, with the Kinematics Cloth app for clothing design.
3,212 panels connected by 4,709 hinges
3D-printed nylon by SLS
printed by Shapeways NY
sponsored by Autodesk
work from our exhibition "Growing Objects" which explored our work with simulations of natural growth processes through 3D printed sculpture
A seemingly plain cube comes to life on the inside with each surface displaying an incredible garden of organic branching forms. This sculpture explores the concept of Laplacian growth and was created using a numerical model of 3D isotropic dendritic solidification. Laplacian growth is a structure which expands at a rate proportional to the gradient of a laplacian field. It can be seen in a myriad of systems, including crystal growth, dielectric breakdown, corals, Hele-Shaw cells, and random matrix theory.
Process
Form grown in software written by the Nervous System in Processing that simulates dendritic solidification. 3D-Printed via Selective Laser Sintering in nylon.
A seemingly plain cube comes to life on the inside with each surface displaying an incredible garden of organic branching forms. This sculpture explores the concept of Laplacian growth and was created using a numerical model of 3D isotropic dendritic solidification. Laplacian growth is a structure which expands at a rate proportional to the gradient of a laplacian field. It can be seen in a myriad of systems, including crystal growth, dielectric breakdown, corals, Hele-Shaw cells, and random matrix theory.
Process
Form grown in software written by the Nervous System in Processing that simulates dendritic solidification. Printed via SLS.
3D-printed irregular icositetrahedron representing to scale the 24-pointed star of the GPS-1 system.
a ceramic 3dprint testing out the new ViriShell material by Viridis3d
the piece has been fired but not glazed.
I was thinking of phones and tablets while chewing on a Lego figure as you do. This led me to creating hands for Lego figures that can hold stuff properly. Not only phone and tablets but books, newspapers and cards that you can print yourself.
There are two designs both have the opening turning in. One design is the same dimensions as the existing hands but turned and the other has closed hands with a 0.25mm gap. Because they are printed in white and black flexible you can put anything in with a thickness of 0.25 to 1.50mm as you can see in the picture with the penny.
I'm not sure how many I should put on a sprue so please let me know how many you would like and I'll see what I can do?
You can see and order