tsugite 3d models

Japanese traditional joinery Source (Polish): http://majsterkowo.pl/polaczenie-japonskie-kawai-tsugite/

Tsugite Tangle is a fun new puzzle based on the unique properties of the 3-way Kawaii Tsugite joint. Attempting to create various shapes by joining blocks reveals it's trickier than it may seem! Included are STL files for four different Tsugite...

Kawai Tsugite - Amazing Three-way Japanese Joint . ... WOODASSEMBLAGE BOIS JAPONAIS

A building block to eventually build out into a construction system. ...Based on wooden joinery found on pinterest (http://www.woodworkerz.com/kawai-tsugite/). Joins either straight or in either of two right angles. ...kawai tsugite

Human: Pieces of 40mm cubic termination ready for printing, designed for the Kawai Tsugite Joint Puzzle with large tolerance sizes.

... Tsugite joint to strain your brain. ...Can you connect the 8 pieces into a solid 2x2 cube? Try not to reference the photos! If this is too easy, the 3x3 versions are sure to challenge you, or get the Tsugite Master Pack for all the puzzles and styles!

This brain teaser is inspired by a woodwork japanese joint : the **Kawai Tsugite**. The 8 pieces can be combined to build a cube. ... Some students from 12-yo can solve it while less persistent adults give up :-)

A masterfully crafted 3D printable assembly, specifically designed to snugly accommodate a 15 mm diameter wooden dowel, replicates the intricate beauty of traditional Japanese craftsmanship in its Kawai Tsugite joint.

A Kawai tsugite connection is a type of seamless wooden joinery that unites different sections in a piano's rim, providing exceptional structural strength and resonance without any compromise to the instrument's tonal quality.

Kawai Tsugite, an astonishing Japanese establishment, piqued my interest and after conducting some investigation, I opted to design in SolidWorks. ...However, the plan can be modified with varying measurements, allowing you to adjust the size according...

Drawing inspiration from the kawai tsugite technique (http://www.woodworkerz.com/kawai-tsugite/), it joins together either in straight lines or at two precise right angles. Instructions Exploring the possibilities of wooden joinery, this design is...

... wooden craftsmanship discovered on Pinterest. ...This versatile joint can be applied to create linear connections or sturdy corners in various configurations. The Kawai Tsugite technique is a testament to the ingenuity of woodworking masters.

Another "Osaka-jo-otemon-hikae-bashira-tsugite" pattern is available here: https://www.thingiverse.com/thing:5279304 -o-o-o- Ce joint japonais appelé "Kawai tsugite" a été inventé par un professeur d'architecture japonais (inconnu) il y a 30-40 ans...

Following on from the Mysterious Tsugite here, I moved on to the next one, which is the 4-way goose-neck joint but titled the “impossible joint” in the source video. This was also created in OpenSCAD but has been a bit of a pig to find the right...

After printing the Kawai Tsugite customizable puzzle (2821085), I thought it would make an interesting puzzle box. The cube is hollow inside. Photo 2 shows how to open it. Print 4 copies of each object (Box1 and Box2) and assemble after cleaning...

......Building a wooden Kawai Tsugite is well-documented on this webpage: https://www.ethan-brammeier.com/kawai-tsugite-joint. My goal was to recreate the assembly process using OpenScad, mimicking the techniques employed by skilled Japanese woodworkers.

I'm excited to share with you my design for a traditional Japanese Kawai-tsugite joint. My goal was to create a system that allows multiple pieces to be connected in various ways, whether it's a straight line or at right angles to each other - think...

The way to build a wooden one is pretty well described in this page: https://www.ethan-brammeier.com/kawai-tsugite-joint My idea was to recreate under OpenScad what a good Japanese woodworker would do: - cut a pyramid corner - remove 3 prismatic bits...

A traditional Japanese wooden construction technique allows for strength in all directions.

Three-way woodworking joint: My Handiwork for LMA, Inspired by Matthias Wandel and Shinobu Kobayashi The project was crafted using innovative offsetting techniques to accommodate different nozzle sizes or scaling needs. ... Printing Details Rasberry...

https://www.travelmemory.eu/2019/02/Osaka-jo-otemon-hikae-bashira-tsugite.html I redesigned this japanese joinery using Fusion360 from this base : https://tout-en-bois.com/tracer-et-realiser-lassemblage-japonais-du-chateau-dosaka/ A photo in the...

It was made in this way to allow the base of the pillar to be replaced without having to raise it during its repair.https://www.travelmemory.eu/2019/02/Osaka-jo-otemon-hikae-bashira-tsugite.html I redesigned this japanese joinery using Fusion360 from...

The creator is listed as Kawai tsugite By Shinobu Kobayashi. A link to the video can be found here https://www.facebook.com/video.php?v=610812352385738&set=vb.189537827846528&type=2&theater. ...Many thanks to my acquaintance McCoy Zhang located at...

Japanese Assembler The parts come together through a 2-degree angle or in an L-shape. ... The STL file needs to be printed out two times.

Publish four of these prints and attempt to assemble them. ...Enjoy yourself!

Join us for a unique assembly with three diverse configurations to choose from: 180°, -45° or 45°. ...Check out the tutorial video at https://www.youtube.com/watch?v=Qv0VEN105nI and have fun!

Handcrafted joints come together in innovative ways. Three pieces join seamlessly to form three unique arrangements. This versatility is a game-changer for creative DIY projects. ... Crafted with woodworkers in mind, the design was inspired by...

<p>After watching a video of a recreation of this mysterious joint, hundreds of years old but only relatively recently understood after being x-rayed, I decided to make a replica. This model has been created in OpenSCAD with a fit tolerance of zero.

This system was fine-tuned by user hannes04 and effectively printed out, producing a result that I think could be highly useful for printing structures. I have some additional improvements that I'm eager to test soon and upload, but in the meantime,...

I have overhauled the rendition of "I Makes Tuff" and integrated some fresh components. Now it's a revamped framework. ...It would be fantastic if someone could contribute additional and functional elements.