Remix of Zack's Head (w/ man bun) Xmas Robot Santa Remix

Zack Freedman, world-famous YouTube nobody, scanned his head with Polycam to build the Optigon 2 wearable computer. Now you can use his notoriously natty noggin for your nefarious non-nude needs.

For the raw file with textures and stuff, visit https://poly.cam/capture/B0EB3BED-38F8-424B-B699-46D6D31DCEF4

Part of this video: // todo add video

That's ZACK with a K, and FREEDMAN with two E's and a D.

Zack Freedman with a Man Bun

Shoe Horn

Shoe Horn v2.sat

Open Lattice Christmas Bell

**NOT TO BE SOLD**
**I'm sharing my files so that you can make them for yourselves or give them away as gifts. I hope you enjoy them. I do not authorize sale of my work by anyone. Please don't ask me.**

**EASY PRINT**
If you just got your first 3D printer, this might not be the first thing you print, but it can be one of your earliest prints. Using the settings I recommend below, you should be able to print it with little difficulty.

**SUMMARY**
Here's a fun, quick, simple print to brighten up the holidays. The design is clearly a bell, but it also references Renaissance architecture. 

**COMMON PRINTING PROBLEMS**
Assuming you use the print settings I recommended below, here are some common problems and possible fixes:
* Mushy print: Reduce print temp.
* Comes off bed: Increase raft size. Reduce print speed.
* Print looks rough: Reduce print speed.
* Breaks during printing: Reduce print speed and print temperature. If you can, increase cooling. 

**PRINT TIME**
With my settings, it took about 3 hours.

**PRINT SETTINGS**
*Thickness*

* Layer thickness: .15mm
* Wall thickness: 0.8mm. If you want to go thinner to reduce weight, consider using Cura's “alternate extra wall” option so it alternates between 0.4 and 0.8mm walls with each layer. That may prevent gaps in the print.
* Top/bottom thickness: 0.3mm

*Infill*
This doesn't need any infill. Seriously. 

*Speed*
You'll want to use slow printer settings to that the print is accurate and to reduce chance the bell is pulled off the plate curing printing.

* Overall: 60mm/s
* Outer wall: 30mm/s
* Inner wall: 40mm/s
* Travel Speed: 65mm/sec

*Build Plate Adhesion*
The first layer of the bell is just a thin circle. I've found that a thin (4mm extra margin) raft works well to provide bed adhesion. It also separates more cleanly than a brim for this model. The raft only adds about 10 minutes to the print time.

*Supports*
I recommend printing with supports to ensure the roof of the bell prints cleanly. Ok, it doesn't show when it's hanging up, but I'm a perfectionist. With these settings, you'll only get supports where you need them.

* Support placement: Touching buildplate
* Support overhang angle: 71 degrees (this really is all you need)
* Support pattern: Gyroid
* Support wall line count: 1
* Support density: 15%

Captive Gemstone Container (Large)

The faceted “gemstones” in these containers are captive, meaning that once printed they rotate freely within the wall. 

See here for video: https://youtu.be/U29BH97z4Jc 

This design is particularly suited to printing with multicolour filament as rotating the gemstones allows for visualization of the different filament colours.

This model features the tricolour “Silk Red & Yellow & Blue” filament by Eryone.

Once printed, allow the print to cool. Wiggle each gem back and forth until it breaks from the small internal supports.  Twist it a few times until it turns smoothly.

Note: Pictures below show small and medium sizes only.

See here for other “Captive Gemstone Containers” in the series:


Top Opt Egg Holders

Top Opt Egg Holders Display.stl

Beer2 2D Art.stl

Модель из игры The Witcher 3.

The Witcher 3, Модель Геральта

Тело перед.stl

baryonyx model

baryhead_N.stl

6-Piece Magnetic Female Pelvis Model

Do Not Print.stl

Guitar holder.stl

Zombie Alien Parasite Weapon

Concept Alien Creature and weapon

Intelligent alien lifeform who attatches itself to a lifeform and completely takes it over. C.I.A use this Alien for various purposes. The Aliens are place on the base of a persons neck and digs in to the spinal chord and slowly creeps into the brain, controllng its host.

Digital Shoe Design Kit

Design Kit Demo -Display only.stl

Shoes and Socks

Plain Shoes Both.stl

Gyroid Shoe Conceptual Design

This conceptual shoe design demonstrates how nTopology can be used to incorporate complex triply period minimal surfaces (TPMS) into CAD objects. See here for video: https://youtu.be/yAXaCHmYq3g 

The basic structure of the shoe is designed parametrically in Onshape.

Three different orientations of the gyroid TPMS are incorporated into the upper, midsole and outsole using nTopology’s conformal cell maps. Thickening and blending of boundary edges are done using field driven design.


Shoe

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Remix of Zack's Head (w/ man bun) Xmas Robot Santa Remix

Shoe Horn

Open Lattice Christmas Bell

Captive Gemstone Container (Large)

Top Opt Egg Holders

Beer2 2D Art.stl

The Witcher 3, Модель Геральта

baryonyx model

View 25 new models

Guitar holder.stl

View 47 new models

Digital Shoe Design Kit

Shoes and Socks

Gyroid Shoe Conceptual Design

Lovely Puzzle Box

View 22 new models