knicks 3d
1767298 3d models found related to knicks 3d.
thingiverse
I want to thank those great folks who've been working on 3D printed prosthetics longer than me for their inspiration and ideas. If you need help with finger prosthetics, please contact me. Instructions To print the socket, use...
thingiverse
This is a cutting-edge remix of the Knick's Prosthetic Finger v3.5.5, engineered to fit a middle phalanx amputation with precision. The design was specifically crafted as part of our ongoing work at Haifa3D, the Israeli chapter of e-NABLE, and in...
thingiverse
... pins to hold it in place. It forms a sturdy structure when assembled. The pinned Knick Knack shelf file is all of the parts on a single bed. ...The other files are each of the different parts separately to make it easier to fit on printer bed.
thingiverse
This is a custom-made palm harness designed to work seamlessly with Knick's Prosthetic Finger. It offers an alternative to the traditional bracelet-based tendon anchor design, providing a more comfortable and secure fit for individuals using two...
thingiverse
This versatile Spice Rack and Knick Knack drawer can be stacked as high as you want, as wide as needed. Perfect for both everyday cooks and professional chefs, this design is part of the 2015 #CountertopChallenge. Key features include: ...
cults3d
... when you’re holding the illusion in your palm! Lose yourself in the many layers of circles in the Mobius Ring Knick-Knack. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
... when you’re holding the illusion in your palm! Lose yourself in the many layers of circles in the Mobius Ring Knick-Knack. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
Do your best to navigate an endless corridor and find yourself right back where you started every three passes. ... This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
Do your best to navigate an endless corridor and find yourself right back where you started every three passes. ... This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cgtrader
The 3D model was initially crafted using Sketchup 13 before being transformed into various 3D file types. Its native format is .skp, while the accompanying scene was designed in 3ds Max 2016 and rendered with Vray 3.00. ...The depicted children's...
cults3d
... that if you roll an oloid, every point of the surface will touch the rolling surface at some point? It’s mathematical magic. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
Fall into fascinated love with the most complicated way to loop back on yourself with this mathematical formula come to life. ... This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
... that if you roll an oloid, every point of the surface will touch the rolling surface at some point? It’s mathematical magic. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
... that if you roll an oloid, every point of the surface will touch the rolling surface at some point? It’s mathematical magic. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
... that if you roll an oloid, every point of the surface will touch the rolling surface at some point? It’s mathematical magic. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
... that if you roll an oloid, every point of the surface will touch the rolling surface at some point? It’s mathematical magic. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
... at one angle, solid in the other. ...There’s nothing quite as hypnotizing as simply rotating this shape around against the light. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
... at one angle, solid in the other. ...There’s nothing quite as hypnotizing as simply rotating this shape around against the light. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
cults3d
... that if you roll an oloid, every point of the surface will touch the rolling surface at some point? It’s mathematical magic. This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.