Hook Keeper for Fishing Rods

Hook Keeper for Fishing Rods.STL

Gear Basics Learning Tool

Large Spur Gear_gear assembly.3mf

Spur gears set #1 - Module 2 (11 gears)

Gears_set v1_Gears_set v1_Spur Gear (10 teeth).stl

Rack Driven 7 Segment Display

Build 2 - Cams and Housing - 125g.stl

Cross Gears Test Print

JBV Creative Cross Gear Test Print.stl

TIMMY! (REAL VALORANT KJ TURRET)

Timmy Thangs.STL

Complex Barrel Cam Shape Drawing Machine

Barrel Cam Drawing Machine Display Only Do Not Print.stl

Architected Skull (Hex Honeycomb)

This skull is part of a series that demonstrates three of the architecting features in nTopology software.

See here for video: https://youtu.be/ZX4rk4VM46U 

In this series, the Gyroid Triply Periodic Minimal Surface, Face Centered Cubic Lattice and Hexagonal Honeycomb unit cells have been applied to a conformal cell map derived from the outer surface of the skull. Using this technique allows the structures to follow the bone contours and converge on the front and back of the skull.

See here for other models in the series:


Tsugite Cube 3x3 Puzzle (Version A)

A.stl

Tsugite Cube 2x2 Puzzle

a.stl

Spiralized Octet Truss Modular Snap Struts

Display Only.stl

Print-in-Place 608 Bearing

608-Bearing-For-OrcaSlicer-by-JJTechPrints.3mf

Eiffel Tower - 3D Model

Eiffel Tower.STL

Architected Skull (Gyroid)

The 3D Printed Wall Clock

0 Entire Part Layout (For Planning).stl

GD Desktop Caliper Stand - 6in

CaliperStand_6in.step

Fishing rod holder ball

Fishing rod holder.STL

Magnetic Parallelepiped Blocks

This simple shape can be used create numerous complex and interesting 3D tilings and formations.
The parallelepiped is essentially an octahedron with two tetrahedrons attached to opposite faces, so the tiling is based on the octahedron and tetrahedron pattern found in an octet truss.
The holes are sized for 1/8" cylindrical neodymium magnets, 1/32" long. This size of magnet was selected for cost reasons and to minimize the repulsive forces between the magnets at each tip. This size of magnet is not very strong on its own but suffices when there are multiple faces joined together. If you choose to scale the model larger, you will want to use larger magnets.
The six magnets at the two tips are all inserted with the same polarity, the remaining six magnets around the center are inserted with opposite polarity.
It is a good idea to clean the holes out first with a 1/8" drill bit. CA glues works well.
See here for a video on how to assemble the first and second level cuboctohedron: https://youtu.be/Fpc0BToJeA0 
The first level cuboctohedron is made with 12 individual parallelepiped shapes, the second level cuboctohedron is made with 36 individual parallelepiped shapes


“Go, Bunnies, Go!” – A springtime automata

Go Bunnies Go Display Model.stl

Architected Skull (FCC)

This skull is part of a series that demonstrates three of the architecting features in nTopology software.

See here for video: https://youtu.be/ZX4rk4VM46U 

In this series, the Gyroid Triply Periodic Minimal Surface, Face Centered Cubic Lattice and Hexagonal Honeycomb unit cells have been applied to a conformal cell map derived from the outer surface of the skull. Using this technique allows the structures to follow the bone contours and converge on the front and back of the skull.

See here for other models in the series:
Gyroid
FCC:
Hex Honeycomb:


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Hook Keeper for Fishing Rods

Gear Basics Learning Tool

Spur gears set #1 - Module 2 (11 gears)

Rack Driven 7 Segment Display

Cross Gears Test Print

TIMMY! (REAL VALORANT KJ TURRET)

Complex Barrel Cam Shape Drawing Machine

Architected Skull (Hex Honeycomb)

Tsugite Cube 3x3 Puzzle (Version A)

Tsugite Cube 2x2 Puzzle

Spiralized Octet Truss Modular Snap Struts

Print-in-Place 608 Bearing

Eiffel Tower - 3D Model

Architected Skull (Gyroid)

The 3D Printed Wall Clock

GD Desktop Caliper Stand - 6in

Fishing rod holder ball

Magnetic Parallelepiped Blocks

“Go, Bunnies, Go!” – A springtime automata

Architected Skull (FCC)