The Multiboard Tiles form the base of Multiboard, allowing you to screw in Threads, insert Snaps and use the Pegboard holes. 

The Tiles have two types of holes: Multiholes and Pegboard Holes.

The Multiholes (big holes) are 25 mm apart and allow you to insert “Snap” pieces, in a similar way to the “Honeycomb Storage Wall'' system. The Multihole is also a threaded hole, allowing you to screw in Big Thread Bolts.

The Pegboard Holes (small holes) are 25 mm apart and allow you to use hundreds of pegboard accessories with the tiles. The Pegboard Holes are also threaded, allowing you to screw in Small Thread Bolts.

Tiles are also symmetrical on both sides.

This is a “Core” Tile, so it has two sides with pegboard holes, and forms most of your Multiboard.

Learn more about this part at https://multiboard.io/knowledge-hub

**Printing Guidelines:**

The printing orientation is as provided in the file. The print has been designed to be “3 wall perimeters” in wall thickness. Printed at a layout height of 0.2 mm. It doesn't need printing supports. Use the default 15% infill. This part has been designed with a tolerance of 0.25 mm. Your printer will need to be able to bridge gaps of up to 30 mm for some designs. 

—

This object is part of Multiboard, a FREE "all in one" organization system with 700+ parts, that combines pegboard holes, honeycomb snaps, Gridfinity like bins, threads, brakes, and much more.

Explore and build the coolest, most adaptable workshop at https://multiboard.io

8x8 MU - Center Grid Interfitted - MultiBoard Octagon Plate

8x8 Multiboard Core Tile.stl

https://linktr.ee/blake3dcake

This machine recycles PET plastic bottles into 3d printer filament!

Disclaimer: This requires assembly steps including soldering, sanding, dealing with electrical and high temperature components. I am not responsible for any injury or damage resulting from assembly or use.

Build Tutorial: https://youtu.be/HL32tasaQk8
Tips and Tricks Guide: https://youtu.be/Bi2J-lV_peM

Parts List
1.75mm Drill Bit: https://amzn.to/3QP1AUL
Silicone Glue: https://amzn.to/3G7ZPNL
Heater Block and Nozzle: https://amzn.to/3Tb5o5R
Power Cord: https://amzn.to/47U2ZAW
Heating Element: https://amzn.to/3MROO6Q
AC to DC Converter: https://amzn.to/3RhbLln
Motor Controller: https://amzn.to/3STOnga
Motor: https://amzn.to/416dmiB
1.5in Corner Bracket - https://amzn.to/489lKQk
10 - M3 x 8 mm Screws
3 - M3 x 20mm Screws
1 - M3 x 40mm Screw
M3 Nuts, washers, lock washers

PullStruder V1.2 - PET Bottle Recycling Machine

StruderBody (2).obj

Clogged nozzles, layer shifts, poor layer adhesion… anyone familiar with 3D printing will recognize these!
 
See here for video: https://youtu.be/FJbw00gRW_4  

Are getting or giving a 3D printer this holiday season? This model is the perfect first print! Just hit print and walk away. Any flaws will only make it better!

3D designing and printing teaches us to expect mistakes, plan for them, fix them and try again. If you are new to 3D printing, you can expect to have more than a few prints that come out looking something like this mug.

Disclaimer: All flaws in this model are intended and don’t represent the quality of the brands shown! Lulzbot makes excellent printers and eSun makes excellent filament. Both are great options for avoiding the 3D printing pitfalls that you see in this print!


I Love 3D Printing Gag Gift Mug

Clogged nozzles, layer shifts, poor layer adhesion… anyone familiar with 3D printing will recognize these!

See here for video: https://youtu.be/FJbw00gRW_4  

Are getting or giving a 3D printer this holiday season? This model is the perfect first print! Just hit print and walk away. Any flaws will only make it better!

3D designing and printing teaches us to expect mistakes, plan for them, fix them and try again. If you are new to 3D printing, you can expect to have more than a few prints that come out looking something like this mug.

Disclaimer: All flaws in this model are intended and don’t represent the quality of the brands shown! Lulzbot makes excellent printers and eSun makes excellent filament. Both are great options for avoiding the 3D printing pitfalls that you see in this print!


These neutrally buoyant 3D printed shapes self-assemble into interesting cellular growths and patterns. 

To really appreciate these little lifeforms, you’ve got to see them in motion! If you watch them long enough, you might even start to imagine chapters of a primordial drama unfolding before you.

You can watch them frolicking in the sun: https://youtu.be/xugOeGLqwfI 
Or cavorting after dark: https://youtu.be/ictRHrvacI8 

The shapes look deceptively simple, but the design constraints involve balancing magnetism, geometry, surface topology and buoyancy. 

The magnets are paired such that any face can connect to any other face in either direction.

The three faces that orient the magnets on each piece are derived from the rhombic dodecahedron in such a way that if they were all joined together, they would form a chiral version of Laves graph. The Laves graph is related to the gyroid triply period minimal surface with similar symmetries and patterns.

The saddle-shaped contours between the faces reduces the frequency of mutations. The saddle shaped contours allow for strong connections when pieces meet in the proper alignment but makes weaker connections when the pieces join in incorrect alignment (“mutations”). With the pieces in motion, “mutations” either break apart on their own or are knocked out of place by other pieces increasing the likelihood of proper geometric forms. 

The final, and most difficult design constrain is to achieve neutral buoyancy. If the pieces are too buoyant, they float to the top and do not interact. Too, dense and they sink to the bottom and remain motionless.    

Instructions

Each “Cell” requires six 1/8” x 1/16” cylindrical magnets. Insert the magnets side-to-side as pictured with the polarity consistent across all surfaces and all pieces. They can be press fit in with pliers and should not require glue.

You will need to do a series of test prints to determine which version is closest to neutrally buoyant within your conditions of filament type, printer settings, barometric pressure, etc. Given the range of variables that contribute to achieving neutral buoyancy, it is impossible to predict, you just have to print and test!

The “Cells” are provided with shell thicknesses that range from 1.6mm to 2.6mm in 0.1mm intervals. Print a few, add the magnets and see what works best! 

Print the “Cells” with 100% infill. To achieve a good print of the contoured base, try raising the object 3mm off the build plate and adding “Tree” supports.

In the videos, the water is agitated with a small 3V submersible pump from Adafruit: https://www.adafruit.com/product/4546. 

The “Pump Base” holds the pump in place and directs water flow. It is sized for a 6” (OD) glass vase from a dollar store.

You can also agitate the water by simply stirring it prior to adding the cells.

Enjoy, and please share the results of your experiments!


3D Printed Self-Assembling Cells

Do Not Print.stl

Tractor New Holland

BACK TIRE BLACK 2.stl

These locks are part of the “Love Locks” project. Use them on their own or combine with the Chain Link Vases! 

See here for video: https://youtu.be/9z0LjM8kXJQ 
 
There is a “Tight” and “Loose” version of the shackle to print depending on how tight you want the fit to be.

Want to really impress your Valentine? Check out the “Blank Love Locks for Remixing” link below for locks that you can customize with initials or special messages.

Project links:
Small Chain Link Vase: https://social.thangs.com/m/638918 
Large Chain Link Vase: https://social.thangs.com/m/638915 

A Dozen Pre-made Love Locks: https://social.thangs.com/m/638927 
Blank Love Locks for Remixing: https://social.thangs.com/m/638942


A Dozen Love Locks

Display only do not print.stl

Shackle Loose.stl

Shackle Tight.stl

Improve organization in your workshop with this 3D Printer Filament Spool Shelf model. This innovative design takes advantage of standard industrial shelving to optimize your space, offering a functional upgrade for 3D printing devotees. Specifically designed for Menards-style shelving, this model could also be adapted for wall-mounting thanks to its separate attachment bracket, proving its versatility. Its strikingly unique style makes it a perfect fit for makers and hobbyists looking to enhance their workspace with a practical, yet stylish solution for filament storage. Experience the combination of form and function by adding this 3D Printer Filament Spool Shelf model to your collection of 3D printable fixtures for the workshop. Discover more intricate details about this design at thangs.com.

SORTSET 3D Printer Filament Spool Shelf

3D Printer Filament Spool Shelf.step

3D Printer Filament Spool Shelf.stl

3D Printer Filament Spool Shelf - Left Bracket.stl

3D Printer Filament Spool Shelf - Right Bracket.stl

Industrial Shelf Bracket Adapter - Left.stl

Industrial Shelf Bracket Adapter - Right.stl

Explore this highly functional 3D model of a door latch on Thangs.com. This detailed model, meticulously designed by Pyukio.py, is perfect for adding an extra layer of security to your doors. Not only is it practical, but it also doubles as a door trim, providing a clean and tidy look. The latch is adjustable, catering to any distance between the wall and door, making it a versatile addition to any space. This 3D door latch model is ideally categorized under "Functional/Other" due to its multi-functional use. Check out the visually detailed images available at Thangs.com, which offer a comprehensive view of the door latch, including its wall, door and locking mechanism design. Use this model to take your 3D project to the next level with its elements of practicality and aesthetics.

Door latch

Tramela Parede.stl

Tramela Parede L.stl

Was the model/idea/guide helpful? Support us on Thangs.
Sharing or selling our digital files is not permitted. These remain our intellectual property. To obtain permission to sell physical prints of any of our designs, please subscribe to the commercial tier.

Here is the low poly version of my [Easter Bunny toy, pot, planter](https://thangs.com/designer/3D%20With%20Us/3d-model/Easter%20Bunny%20-%20Toy%20Pot%20Planter-1031332). Created in Blender.
The idea to remix the existing model into low poly art came while testing a [low poly generator](https://lowpoly3d.xyz/). I also wrote a comprehensive guide about [the best mesh decimation tools](https://3dwithus.com/low-poly-generator-reduce-stl-file-size-and-create-art).

FDM vs resin prints.

The FDM version is printed on [Upgraded Prusa i3 MK25S](https://3dwithus.com/original-prusa-i3-mk2-mk25s-upgrade) (review) in Silver Galaxy Prusament.

The resin version is printed on [Anycubic Mono X](https://3dwithus.com/anycubic-photon-mono-x-review-resin-lcd-3d-printer) (review) in Aqua Blue Basic resin.

According to our online [3D print calculator](https://3dwithus.com/3d-print-cost-calculator) 
an FDM print costs $1.50 (ex. labor)
a resin print costs $1.65 (ex. labor)

Easter Bunny - Low Poly Version

Enjoyed the model? **[Buy me a ☕ on Ko-Fi](https://ko-fi.com/maxfunkner)**.
Sharing or selling my digital files is not permitted. These remain my intellectual property. To obtain permission to sell physical prints of any of my designs, please subscribe to the [commercial tier on Ko-Fi](https://ko-fi.com/maxfunkner/tiers).

Here is the low poly version of my [Easter Bunny toy, pot, planter](https://cults3d.com/en/3d-model/home/easter-bunny-toy-pot-planter). Created in Blender.
The idea to remix the existing model into low poly art came while testing a [low poly generator](https://lowpoly3d.xyz/). I also wrote a comprehensive guide about [the best mesh decimation tools](https://3dwithus.com/low-poly-generator-reduce-stl-file-size-and-create-art).

FDM vs resin prints.

The FDM version is printed on [Upgraded Prusa i3 MK25S](https://3dwithus.com/original-prusa-i3-mk2-mk25s-upgrade) (review) in Silver Galaxy Prusament.

The resin version is printed on [Anycubic Mono X](https://3dwithus.com/anycubic-photon-mono-x-review-resin-lcd-3d-printer) (review) in Aqua Blue Basic resin.

According to our online [3D print calculator](https://3dwithus.com/3d-print-cost-calculator) 
an FDM print costs $1.50 (ex. labor)
a resin print costs $1.65 (ex. labor)

Demo: https://youtube.com/shorts/RZddovdPTco?si=oSV39VUzHwLAmyjV

**Fits with:**
Desk Grommet System | Base Screw & Nut: https://than.gs/m/924318

See other lids for the Desk Grommet System:
https://www.karenchaudesigns.com/3d/22

"K" Monogram Lid for Desk Grommet System

**Fits with:**
Desk Grommet System | Base Screw & Nut: https://than.gs/m/924318

LID-K.stl

Demo: https://youtube.com/shorts/RZddovdPTco?si=oSV39VUzHwLAmyjV

**Fits with:** 
Desk Grommet System | Base Screw & Nut: https://than.gs/m/924318

More about the Desk Grommet System:
https://www.karenchaudesigns.com/3d/22

Pen Holder for Desk Grommet System

**Fits with:** 
Desk Grommet System | Base Screw & Nut: https://than.gs/m/924318

See other lids for the Desk Grommet System in my profile.

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8x8 MU - Center Grid Interfitted - MultiBoard Octagon Plate

PullStruder V1.2 - PET Bottle Recycling Machine

I Love 3D Printing Gag Gift Mug

3D Printed Self-Assembling Cells

Tractor New Holland

A Dozen Love Locks

SORTSET 3D Printer Filament Spool Shelf

Door latch