rolling ball maze 3d models

With its mesmerizing maze pattern, this keychain is not only functional but also a conversation starter. Perfect for the fashion-conscious individual who appreciates unique accessories, this design is sure to turn heads. In our tutorial, we'll...

Another member has already uploaded a 3D printed version, but this one is laser-cut, and the files can be easily printed out and used as a template for crafting a maze with hand tools.\nThere are two layers in the files - one for the base, with the...

... Choose from various options: include_an_entrance = Yes, inside_wall_thickness = 4, outside_wall_thickness = 5, maze_width = 16, direction_bias = 3, width_of_paths = 8, base_thickness = 2, wall_height = 5, random_seed = 0, and maze_type = Sidewinder.

The present design of the maze, including the "actuator" structure, was created by me. My goal is to move the actuators from one corner to another. You must figure out how a possible movement in one dimension can be blocked in the next one. To build...

Here's an alternative approach: Navigate through this 3D labyrinth by releasing a ball from various points and attempt to steer it towards the outlet.

ROLLING PROCESS

Rolling Stones

rolling tole

ROLLING CONVEYOR

Rolling Bridge

rolling machine

As I navigate this perplexing puzzle, I find myself entangled in a complex maze of twists and turns. The labyrinthine path stretches out before me, its intricate patterns weaving together to form an enigmatic whole that defies easy comprehension. ...And...

Added slots so the light would shine through, making it easy to see where the fish are hiding in the maze. The other side is open, and you simply lean it against the glass. I designed it to be simple to print, with no supports needed. An additional...

The 3D Maze V2 - is based on an article from Scientific American September 1988. The present design of the maze inclusive the „actuator“ structure is by me. The object is to move the "actuators" from one corner to the other. You have to figure out...

This design accommodates a 4mm diameter miniaturized marble or precision ball bearing with ease, boasting an outside diameter of 94mm. The model is versatile and can be scaled up to fit larger balls if that's your preference. ...It has been successfully...

This design accommodates a 4mm diameter mini-marble or ball-bearing. Its outside diameter is precisely 94mm. The dimensions are easily scalable to fit a larger ball if needed. ...I successfully printed this model in ABS plastic, and it can be adapted...

For the festive season, I crafted a unique gift for my niece featuring 5/16" ball bearings. ...To enhance the difficulty level, I inserted three of these into the design.

Marble maze based of the Brio wooden marble mazes. Designed to allow for customizable boards (192.8mm x 152.8mm). The current board is a 6/10 in difficulty. At some point I want to make easier and harder puzzles.</p><figure class="media"><oembed...

...Each side is different, refer to provided images for correct assembly.For the ball, best is to use 14mm acrylic bead: https://www.aliexpress.com/item/1005001373801282.html?spm=a2g0o.order_list.0.0.fab61802vZteGROf course you can print your own ball.

The condensation maze is designed to force H2 through a series of concentric tubes (CT) connected to a liquid-cooled heat sink fitting (HSF), in an attempt to condense water out of any H2 adjacent to the tubes. These CT have alternating holes on top...

Inspired primarily by the latter with a hint of the former, I present to you the "Maze Bowl." Can you follow my lead? That winding, twisting line visible from above is actually one single continuous line that undulates around the circumference of...

Put a 4-millimeter ball bearing into the inlet funnel, then strive to guide it through to the outlet funnel. Many obstacles lie ahead that must be navigated successfully. Print with high-visibility filament to simplify the process. ...Good fortune is...

Engineers work with advanced plywood components, creating precise 1/2-inch mechanical balls that move with exceptional bounce, one notable example being a vibrant yellow prototype.Innovations born from cutting-edge technology inspired this...

Inspired primarily by the latter with a dash of the former, I give you the "Maze Bowl." Can you follow the line? That meandering, twisting line you see when looking down on the top of this bowl is actually one single line that undulates around the...

Inspired primarily by the latter with a dash of the former, I give you the "Maze Bowl." Can you follow the line? ------------------------------- That meandering, twisting line you see when looking down on the top of this bowl is actually one single...

... achieving this level of precision proved to be an unexpectedly daunting challenge. I based my design around a 3mm ball bearing salvaged from a fidget spinner, determined to harness its potential in creating a unique and engaging puzzle experience.

If you can buy filament from here, it would be helpful to me. It was a little small and bad to play with, so I redesigned the size of the moving ball to be less than 12mm.. I used the following site as a reference for the drawing.

I think that the ones that intrigue me the most are those that start with a chaotic design and make something orderly out of it or those that have a very technical design that can only be manufactured through an additive manufacturing process....

This desktop fidget features a maze, but is not intended to be challenging; simply print and attach two lid copies, cut out thin plastic pieces for them, and insert a metal ball for rolling within the maze to solve it.

It functions by utilizing rolling elements such as balls or rollers, which reduce friction and wear on surfaces, providing a seamless operation. ...This mechanism can be found in applications like conveyor belts, wheels, and gears, where it plays a...