bridge_aspes

bridge_aspes

thingiverse

Human: Customized version of http://www.thingiverse.com/thing:46095 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=46095 Instructions Using the following options: z5 angle is set to 0 x2 angle is fixed at 270 z1 angle remains at 0 x9 angle defaults to 0 outside radius is established as 2.5 z2 angle sticks with 0 z6 angle holds steady at 0 y10 angle stays locked in at 0 z9 angle holds true at 0 y3 angle has been set to 0 z10 angle is static at 0 x6 angle doesn't budge from 0 x4 angle resets back to 0 x3 angle won't move an inch at 0 inside radius stands firm at 1.7 y1 angle spins around the vertical axis at 90 degrees x10 angle has been rotated away from its base angle to 0 degrees z7 angle keeps its initial orientation at 0 y4 angle refuses to budge with 0 degrees set as the default value x8 angle resets to 0, aligning perfectly with other components length of arm measured in carefully chosen increments reaches 12 units in length y7 angle sticks strictly to 0 degree angles x7 angle stays perfectly level at 0 y5 angle never deviates from its starting point at 0 degrees shape factor set for this particular assembly comes out precisely as thirty y9 angle resets once again back down to the same zero setting y8 angle never changes from the carefully considered initial choice of zero z4 angle freezes with an unchanging reading of 0 degrees always locked into position x5 angle reverts effortlessly back to the zero degree mark established by default values x1 angle remains securely anchored in a right angle or 90 degrees alignment as desired y6 angle refuses any alteration, holding firm to its pre-set starting position at 0 degrees y2 angle will no longer accept rotation as it stands rigidly in place set squarely and solidly into a specific and permanent two seven zero setting.

Download Model from thingiverse

With this file you will be able to print bridge_aspes with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on bridge_aspes.