knick knack cabinet 3d models
26218 3d models found related to knick knack cabinet.
cults3d
Twinkle, twinkle, little… cube. ...This is a star neatly compacted into a cube designed to challenge the limits of your 3D printer! 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
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
Twinkle, twinkle, little… cube. ...This is a star neatly compacted into a cube designed to challenge the limits of your 3D printer! 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
Twinkle, twinkle, little… cube. ...This is a star neatly compacted into a cube designed to challenge the limits of your 3D printer! 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
Twinkle, twinkle, little… cube. ...This is a star neatly compacted into a cube designed to challenge the limits of your 3D printer! This is the latest in our Knick-Knacks series, where we’re exploring shapes in their most complex and intriguing forms.
thingiverse
Captured using the MakerBot Digitizer, this device's 3D scanning technology brings objects to life in digital form.
grabcad
It's perfect for storing books, CDs, DVDs, and other knick-knacks in an organized manner. With its versatile design, a wooden cabinet can be used in any room of the house, from the living room to the bedroom. ...Its timeless appeal ensures that it will...
pinshape
The physical attributes of this humanoid form are a delicate balance. A small tweak can have far-reaching consequences. The entire being is affected by even the slightest adjustment to its proportions. In order to achieve a more robust appearance,...