Giant's Bones Square Base Pack (4pcs)

cobramode-45-giant-s-bones-base-50sq.stl

Giant's Bones Base Pack (4pcs)

cobramode-45-giant-s-bones-base-50.stl

Fishbone Bookmark/Paperclip

Fishclip_Thick.stl

EZPZ Keyring Bone 1" // Keychain Ring

Keyring Bone.stl

Hammerhead  Shark  Bones

Hammer shark  Full.stl

Shark Bones Full 2.0 

Shark Bones Full 2.0 .stl

SKELETON HAND MIDDLE FINGER

Skeleton Hand Middle Finger.stl

SKELETON HAND PEACE SIGN

peace skeleton hand round.stl

SKELETON HAND HORNS ROCK AND ROLL

skeleton_hand horns.stl

SKELETON HAND OK SIGN CIRCLE GAME

skeleton_hand_ok round.stl

Fidget Femur

Such a weird design. I have no other explanation.

This fidget femur uses a print-in-place ovoid joint to create and unique tactile movement. This joint type is stronger than the interlocking double ring joints used in many articulated designs, so this design is more suitable for use as a fidget or children’s toy.

See here for video: https://youtu.be/br1-jSqgU18

Like a “ball and socket” joint, the oval-shaped ovoid from one segment is held in place by a similarly shaped socket in the neighbouring segment. Varying the relative dimensions of the ovoid and socket allows for precise control of the movement between each segment. In this design, lateral side-to-side movement is maximized, but rotation and up/down movement is slightly restricted. 
You may get some small adhesions between segments. Simply apply a bit of force to move the joint the first time, and it will be fine after that.


Lattice Skull Wire Tangle

This model is part of a series of Lattice Skulls designed for resin printing. Each model features a different complex lattice structure.

See here for videos:

Square and Diamond: https://youtu.be/2ApAvu3hb6U
Wire Weave and Tangle: https://youtu.be/bzIrmCZ9WpE 

Download 3D files:
Square: https://than.gs/m/948742 
Diamond: https://than.gs/m/948745 
Wire Weave: https://than.gs/m/948893 
Wire Tangle:

These models require an intermediate to advanced experience level to set up and print. 

The models with very thin structures use very little material to print but are delicate and require extra care when printing and processing.

To print, rotate the model 180 degrees upside down so that the top of the skull is oriented to the build plate. The skull is tilted slightly forward to reduce the need for internal supports. If you maintain the forward tilt of the skull you will only need to generate support to the top of the head. The rest of the model will print without the need for supports inside of the skull.


Lattice Skull Wire Weave

This model is part of a series of Lattice Skulls designed for resin printing. Each model features a different complex lattice structure.

See here for videos:

Square and Diamond: https://youtu.be/2ApAvu3hb6U
Wire Weave and Tangle: https://youtu.be/bzIrmCZ9WpE 

Download 3D files:
Square: https://than.gs/m/948742 
Diamond: https://than.gs/m/948745 
Wire Weave:
Wire Tangle:

These models require an intermediate to advanced experience level to set up and print. 

The models with very thin structures use very little material to print but are delicate and require extra care when printing and processing.

To print, rotate the model 180 degrees upside down so that the top of the skull is oriented to the build plate. The skull is tilted slightly forward to reduce the need for internal supports. If you maintain the forward tilt of the skull you will only need to generate support to the top of the head. The rest of the model will print without the need for supports inside of the skull.


Lattice Skull Diamond

This model is part of a series of Lattice Skulls designed for resin printing. Each model features a different complex lattice structure.

See here for videos:

Square and Diamond: https://youtu.be/2ApAvu3hb6U
Wire Weave and Tangle: https://youtu.be/bzIrmCZ9WpE 

Download 3D files:
Square: https://than.gs/m/948742 
Diamond:
Wire Weave:
Wire Tangle:

These models require an intermediate to advanced experience level to set up and print. 

The models with very thin structures use very little material to print but are delicate and require extra care when printing and processing.

To print, rotate the model 180 degrees upside down so that the top of the skull is oriented to the build plate. The skull is tilted slightly forward to reduce the need for internal supports. If you maintain the forward tilt of the skull you will only need to generate support to the top of the head. The rest of the model will print without the need for supports inside of the skull.


Lattice Skull Square

This model is part of a series of Lattice Skulls designed for resin printing. Each model features a different complex lattice structure.

See here for videos:

Square and Diamond: https://youtu.be/2ApAvu3hb6U
Wire Weave and Tangle: https://youtu.be/bzIrmCZ9WpE 

Download 3D files:
Square:
Diamond:
Wire Weave:
Wire Tangle:

These models require an intermediate to advanced experience level to set up and print. 

The models with very thin structures use very little material to print but are delicate and require extra care when printing and processing.

To print, rotate the model 180 degrees upside down so that the top of the skull is oriented to the build plate. The skull is tilted slightly forward to reduce the need for internal supports. If you maintain the forward tilt of the skull you will only need to generate support to the top of the head. The rest of the model will print without the need for supports inside of the skull.


Barry Bones

barry_bones_v1.stl

Skull Pop Beads

These “Skull Pop Beads” snap together to form spooky chains or rings as long as you want!

See here for video: https://youtu.be/pCv3Yx5U_7k 

The pieces are designed to be printed in “Vase” or “Spiralized” mode. The file is optimized for printing with a 0.4mm nozzle. Printing with different nozzle sizes is still possible but will affect the tightness of fit.

Each piece uses approximately 0.4g of material, making this a great design to use up the scraps of filament you have lying around! A full 1kg roll could print approximately 2500 beads, enough to make a chain 50m (164ft) long!

To connect pieces together, simply pinch the top end of one piece so that the opening becomes oval-shaped. Insert the oval end of the second piece inside and release. The pieces remain connected but can be separated again if needed. Create long chains or rings by adding as many pieces as you want.

Each piece takes approximately 5 minutes to print. It is, however, much more efficient to print multiple pieces sequentially! Setting up spiralized models to print “one at a time” takes a bit of planning as the pieces must be spaced and sequenced properly so that the hot end or gantry does not collide with the finished prints as it moves on to the next print. 

Make the bottom open by setting “bottom layers” to zero. Good build plate adhesion is essential, so ensure that your machine is well calibrated.

Similar Designs: 
Pop Bead Garland: https://social.thangs.com/m/513337 


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View 35 new models

View 61 new models

Fishbone Bookmark/Paperclip

EZPZ Keyring Bone 1" // Keychain Ring

Hammerhead Shark Bones

Shark Bones Full 2.0

SKELETON HAND MIDDLE FINGER

SKELETON HAND PEACE SIGN

SKELETON HAND HORNS ROCK AND ROLL

View 15 new models

Fidget Femur

Lattice Skull Wire Tangle

Lattice Skull Wire Weave

Lattice Skull Diamond

Lattice Skull Square

Barry Bones

Skull Pop Beads

Articulated Skulls Print-in-Place

Skull Puzzle

Cup of Teeth - Saucer