Here are all the great Multiboard models (by Keep Making) that I used for my workbench project. 

Thin Dual Clips are used when there isn't enough space for regular [Dual Clips](https://than.gs/m/1009275).

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

**Printing Guidelines:**

Use 3 perimeter wall thickness, 0.2 mm layer height, 15% infill, and no supports. Apart from that, use your printer's default settings.

The printing orientation is as provided in the file. Make sure the downloaded files are .STL. 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.

For more information about printer settings, [click here](https://multiboard.io/knowledge-hub/printing-guidelines).

---

This object is part of Multiboard, a FREE and ridiculously modular organization system with thousands of parts, for creating the most adaptable workspace possible. Learn more and find ALL the parts at https://multiboard.io

Thin Dual Clip

Lite Dual Clip.stl

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 “Side” Tile, so it has one side with pegboard holes, and is usually placed on the two edges of your Multiboard.

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

**Printing Guidelines:**

Video tutorial on how to print stacks: https://www.youtube.com/watch?v=xs2urfM0MRM

This stack print has been designed specifically for 0.2 mm layer heights. They have a 0.2 mm gap between each print. Make sure that all top surfaces get ironed. As a bonus, set the seam alignment to random for maximum strength.

Apart form that, use the default recommended settings: 3 wall perimeters in wall thickness. 15% infill. No supports are needed. The printing orientation is as provided in the file.

Also, keep in mind that one side of the tiles aren’t going to come out as nice as printing individually (in case you want to use them double-sided).

—

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


5x5 Multiboard Side Legacy Tile x4 Stack

5x5 Multiboard Side Tile x4 Stack.stl

This is a "Medium" Command Strip Mount that works best with [3M Medium Picture Hanging Command Strips](https://geni.us/odrk) and creates a 6.25mm offset from the surface.

If your Tiles are smaller than a 6x6, then use the [Small Command Strip Mounts](https://link.Multiboard.io/Offset-Snaps-Small-Command-Strip-Mounts).

This is a "Part A" piece and attaches to two [Part B Snaps](https://than.gs/m/1323061).

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

**Printing Guidelines:**

Use 3 perimeter wall thickness, 0.2 mm layer height, 15% infill, and not supports. Apart from that, use yourprinter'ss default settings.

The printing orientation is as provided in the file. Make sure the downloaded files are .STL. 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.

For more information about printer settings, [click here](https://multiboard.io/knowledge-hub/printing-guidelines).

---

This object is part of Multiboard, a FREE and ridiculously modular organization system with thousands of parts, for creating the most adaptable workspace possible. Learn more and find ALL the parts at https://multiboard.io

6.25 mm - Horizontal Dual Snaps (DS Part A) - Medium Command Strip Mount

6.25 mm - Horizontal Dual Snap (DS Part A) - Medium Command Strip Mount.stl

This stack creates a 3x3 Board that is 675x675 mm or 26.6x26.6 inches.

The stack is made of 4 Core Tiles, 4 Side Tiles, and 1 Corner Tile. Each Tile is a 9x9 (approximately 225x225 mm).

The Tile layout is as shown in the images.

These Tiles can be mounted to the wall using these pre-made mounting packs:
- [3x3 Board - Offset Snaps - Screw-On-Mounting Pack](https://link.Multiboard.io/3x3-Board-Offset Snaps-Screw-On-Mounting-Pack)
- [3x3 Board - Offset Snaps - Command Strip Mounting Pack](https://link.Multiboard.io/3x3-Board-Offset-Snaps-Command-Strip-Mounting-Pack)

Learn about other mounting options at https://multiboard.io/knowledge-hub

**Printing Guidelines**

Stack Prints are parts that are printed on top of each other. This stack print uses the "Ironing" method, [click here to watch a **video tutorial**](https://www.youtube.com/watch?v=xs2urfM0MRM) about it.

The printing orientation is as provided in the file. Make sure the downloaded files are .STL.

Printer Settings: Turn on "ironing" for top surfaces. Set seam position to "random" for more strength (optional). Use 3 perimeter wall thickness, 0.2 mm layer height, 15% infill, and no supports. Apart from that, use your printer's default settings.

Also, keep in mind that one side of the tiles aren’t going to come out as nice as printing individually (in case you want to use them double-sided).

Test out Ironing Stack Printing using this test file: https://than.gs/m/977033

If Ironing Stack Printing doesn't work for you, then try out [Multi-Material Stack Printing](https://link.Multiboard.io/multi-material-stack-printing).

For more information about printing options and guidelines, [click here](https://multiboard.io/knowledge-hub/printing-guidelines).

---

This object is part of Multiboard, a FREE and ridiculously modular organization system with thousands of parts for creating the most adaptable workspace possible. Learn more and find ALL the parts at https://multiboard.io

9x9 Legacy Tiles - 3x3 Board - Ironing Stack

Command Strip Push-Fit trip.stl

Use [Standard Click-In Multibin Extensions](https://link.Multiboard.io/standard-click-in-multibin-extensions) to extend the height of [Multibin Shells](https://link.Multiboard.io/multibin-shells).

The Bottom Rim clicks into place and can be further secured using [Pins](https://link.Multiboard.io/pins). Keep in mind, the Bottom Rim takes up space inside of the Bin.

**Simple Walls:**
- Use “Simple Walls” Extensions if you want to extend “[Simple Wall Multibin Shells](https://link.Multiboard.io/simple-multibin-shells)”.

You can also place [Bin Bottoms](https://link.Multiboard.io/bin-bottoms) inside of Click-In Multibin Extensions to give them a base.

**Multipoint Dimensions:**

This Bin Extension is 4x2x1.5 cells (200 mm long, 100 mm wide and 80 mm high). Stacking a 1.5 cell high Extension on a Multibin Shell will increase its height by 75 mm.

The internal distance between walls is 194x94 mm (although the bottom click rim will make it 188x88 mm). The internal height is 74 mm.

**Simple Dimensions:**

This Bin Extension is 4x2x1.5 cells (200 mm long, 100 mm wide and 80 mm high). Stacking a 1.5 cell high Extension on a Multibin Shell will increase its height by 75 mm.

The internal distance between walls is 194x94 mm (although the bottom click rim will make it 188x88 mm). The internal height is 74 mm.

Learn more about Bin Extensions at https://multiboard.io/knowledge-hub

**Printing Guidelines:**

Use 3 perimeter wall thickness, 0.2 mm layer height, 15% infill, and no supports. Apart from that, use your printers default settings.

The printing orientation is as provided in the file. Make sure the downloaded files are .STL.

For more information about printer settings, [click here](https://multiboard.io/knowledge-hub/printing-guidelines).

---

This object is part of Multiboard, a FREE and ridiculously modular organization system with thousands of parts for creating the most adaptable workspace possible. Learn more and find ALL the parts at https://multiboard.io

4x2x1.5 - Simple Walls - Standard Click-In Multibin Shell Extension

4x2x1.5 CU - Simple Walls - Standard Click-In - Loose.stl

4x2x1.5 CU - Simple Walls - Standard Click-In - Permanent.stl

4x2x1.5 CU - Simple Walls - Standard Click-In - Standard.stl

4x2x1.5 CU - Simple Walls - Standard Click-In - Tight.stl

Use [Standard Click-In Multibin Extensions](https://link.Multiboard.io/standard-click-in-multibin-extensions) to extend the height of [Multibin Shells](https://link.Multiboard.io/multibin-shells).

The Bottom Rim clicks into place and can be further secured using [Pins](https://link.Multiboard.io/pins). Keep in mind, the Bottom Rim takes up space inside of the Bin.

**Simple Walls:**
- Use “Simple Walls” Extensions if you want to extend “[Simple Wall Multibin Shells](https://link.Multiboard.io/simple-multibin-shells)”.

You can also place [Bin Bottoms](https://link.Multiboard.io/bin-bottoms) inside of Click-In Multibin Extensions to give them a base.

**Multipoint Dimensions:**

This Bin Extension is 2x1x1.5 cells (100 mm long, 50 mm wide and 80 mm high). Stacking a 1.5 cell high Extension on a Multibin Shell will increase its height by 75 mm.

The internal distance between walls is 94x44 mm (although the bottom click rim will make it 88x38 mm). The internal height is 74 mm.

**Simple Dimensions:**

This Bin Extension is 2x1x1.5 cells (100 mm long, 50 mm wide and 80 mm high). Stacking a 1.5 cell high Extension on a Multibin Shell will increase its height by 75 mm.

The internal distance between walls is 94x44 mm (although the bottom click rim will make it 88x38 mm). The internal height is 74 mm.

Learn more about Bin Extensions at https://multiboard.io/knowledge-hub

**Printing Guidelines:**

Use 3 perimeter wall thickness, 0.2 mm layer height, 15% infill, and no supports. Apart from that, use your printers default settings.

The printing orientation is as provided in the file. Make sure the downloaded files are .STL.

For more information about printer settings, [click here](https://multiboard.io/knowledge-hub/printing-guidelines).

---

This object is part of Multiboard, a FREE and ridiculously modular organization system with thousands of parts for creating the most adaptable workspace possible. Learn more and find ALL the parts at https://multiboard.io

2x1x1.5 - Simple Walls - Standard Click-In Multibin Shell Extension

2x1x1.5 CU - Simple Walls - Standard Click-In - Loose.stl

2x1x1.5 CU - Simple Walls - Standard Click-In - Permanent.stl

2x1x1.5 CU - Simple Walls - Standard Click-In - Standard.stl

2x1x1.5 CU - Simple Walls - Standard Click-In - Tight.stl

This is a Matrixed Marble Machines pack that contains models and assembly steps for building a self-contained stepper driver module capable of driving any stepper motor, but especially tailored to powering my [Articulated Marble Lifter](https://thangs.com/designer/HFoG/3d-model/1069576). This pack also contains files for building the necessary circuit and/or ordering your own PCB from an on-line PCB service such as PCBWay.com.
Additional materials required to build this model include neodymium magnets, an Arduino Nano, a DRV8825 stepper driver, a DS3231 RTC module, switches, connectors, and M3 hardware.
Consult included documentation for an exact bill of materials.

This pack is also part of the [Clock Starter Pack](https://thangs.com/designer/HFoG/collection/Matrixed%20Marble%20Machines%20Clock%20Starter%20Pack-31422).

Stepper Driver Pack

PCB housing.stl

Create a 3D relief map of your state! These topographical terrain maps make the perfect decor for residents, travelers, and explorers of the state.

_Subscribe to keep an eye on the **new models each week!** Check the subscription tiers for personal and commercial use of the 3D prints, and our custom model development service!_

**Steps:**
1.	Import the STL to your slicer.
2.	Scale the X or Y dimension to the desired size with 'Uniform scale' checked.
3.	(Optional) Scale up the Z dimension to accentuate the 3D features.
4.	Use default slicer settings for your printer with the smallest layer height it can do. For maximum detail, use 0.10 - 0.16 mm layer height. You can use a larger layer height to draw attention to the topographical lines that are naturally created with the layer stair-stepping.
5.	Slice and print.
6.	Mount in a frame or shadow box. Add paper behind the model/glass to add an accent color with shadowing. Or try a floating frame. Or don't frame it, and mount it directly on the wall with mounting strips. Make it your own style!
7.	Set on shelf, tabletop, or hang on wall with sticky mounting strips.

**About the models:** These are the most detailed and accurate 3D-printable cityscape and landscape models available. Each is designed and optimized from Micropolitan's 5+ years of experience developing and selling 3D prints of iconic locations worldwide. Each model is designed by hand, using a combination of data and reference imagery. We use LiDAR and refine the architecture, block by block, using digital sculpting tools and satellite imagery. The models are then optimized for detail preservation while keeping the file size manageable for personal computers and slicers to handle.

**Making your piece:** These make perfect centerpieces or collections for your home, to document your travels, or as distinct and unique gifts. Many design options are available - framed and unframed, for wall, tabletop or shelf display. They can be printed in a range of sizes with stunning detail, typically from 6"x6" up to 12"x12"+. The model can be cut into 4+ tiles to print and assemble a piece larger than your build plate. 

**Size:** Scale to at least 150x150mm to preserve details. The bigger the better!
- Layer height: 0.10 - 0.25mm
- Top Layers: 4 - 6
- Nozzle: 0.4 - 0.6mm
- Infill: 15% Gyroid

**Styling and display:** These look great framed or unframed! They can be displayed on tabletops, shelves, or hung on the wall with mounting strips. They look best when lit from the side. Display near a window, lamp or downlight to make the 3D features pop.

**Materials:** Filament: For a minimalist look and best grayscale shadowing, use a matte white PLA. Marble and silky filaments are also popular looks. Frames: Choose a frame or shadow box that fits your print dimensions.

This 3D model was developed with reference data sources and satellite imagery from OpenStreetMap OpenStreetMap contributors and USGS 3DEP.

Illinois

Illinois.STL

Johns Workbench

Thangs Bundle

Obtain access to 5 model a month that include: print-in-place, printer mods, everyday carry, and general home organization. 

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