Multiboard except specfically for garage tool and may include pegboard or other designs that work in my garage. 

Connect these brackets to your tiles using Multiboard Snaps (use a Weight-Bearing Snap at the top), and lock into place using [Locking Bolts](https://than.gs/m/1310062).

Brackets can hold another Tile, a Multibin [Base Plate](https://link.Multiboard.io/base-plates), or a [Tray](https://link.Multiboard.io/tray):

- Holding a Tile: Connect your Bracket and Tile together using Snaps (facing down). Then lock using [Locking Bolts](https://than.gs/m/1310062).

- Holding a [Base Plate](https://link.Multiboard.io/base-plates): Place the Base Plate on the brackets and lock using [Locking Bolts](https://than.gs/m/1310062).

- Holding a [Tray](https://link.Multiboard.io/tray): To hold a Tray, use [Bracket-Multipoint Joins](https://than.gs/m/1183172), you will also need a [Multipoint](https://than.gs/m/1123334) and a [Locking Bolt](https://than.gs/m/1310062).

**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 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

2x2 MU Bracket - Bolt-Locked Inserts

2x2 Bracket - Bolt-Locked Inserts.stl

4x4 MU Bracket - Bolt-Locked Inserts

4x4 Bracket - Bolt-Locked Inserts.stl

This object is part of Multiboard, an "all in one" 3D printed storage system that combines the best of all other systems into ONE design.

With over 600 parts, Multiboard will give you almost everything you need. I'm talking bolts, honeycomb snaps, pegboard accessories, Gridfinity-style boxes, strong shelves, and much more.

If you want storage that adapts as your projects change, or if you want to blow away anyone who walks into your workshop... 

Then head over to https://multiboard.io to discover everything this system can do.

Have fun!

PS - If you're already a member and have no idea what this specific part is for, then go to https://multiboard.io/resources to learn how every part works.


15 mm, Pegboard Click Hook

15 mm, Pegboard Click Hook.stl

30 mm, Pegboard Click Hook

30 mm, Pegboard Click Hook.stl

After hanging a few of these, I quickly realized the end nut was overkill and could be replaced with a hole in the bottom of the brace. I initially had other ideas where the nut may have provided value, but scrapped them during design.

I wanted to store my many rolls of tape on the wall, so I designed a Tape Roll Holder for the Multiboard Storage System.
Items needed
Multiboard Tape Roll Storage Rack - 3D Printed (at least two, more, the longer you go).
1/2" diameter PVC Pipe from your local hardware store
Small Screw to Hold Pipe Nut in place
13 mm Big Thread, Flat Head, T-Bolt (2 per brace) from "Keep Making."

Designed to be printed on its side. Does not require support.

Multiboard Tape Roll Storage Rack

Multiboard Tape Roll Storage Rack.stl

**Parametric Vertical Mounted Multiboard Bins** 
 
_Update: I tried updating this  with all 512 preconfigured bin sizes and styles and he page lagged out. so I've left 3 sample files as the preview models and attached everything else including the fusion 360 file in a zip file instead. this page is still giving me errors though so i've added a backup on [printables](https://www.printables.com/model/744258-parametric-vertical-mounted-multiboard-bins/files)_

_Update 2: I Updated the Parametric file since there was an issue with the offsets moving the mounting points away from the center_

A parametrized F3D file for you to generate your own custom bins as well as an assortment of preconfigured ready-to-print bins and sleeves for your multiboard
- Files are named for their dimension sizes X,Y, and Z
- Pre-configured models range from size 1-4 for each dimension
- if you need bigger/custom sizes use the f3d file to generate one
- a size is a multiple of 25mm ( a 3x2x4 bin is 75mm wide, 50 mm long, and 100mm high)
There are 2 main types of files Bins (with bottoms) and Sleeves (no bottoms).
(see attached pictures) as well as  4 included styles  (Sharp Corners, Chamfered, Front Dip, and Hex)

need to holster something with a long handle like a hammer, pliers or a wrench? use a sleeve (no bottoms)
Just need a quick box to hang up a tool use a sharp corner or chamfered bin
Need to see the top of whatever it is you're storing? use a Front Dip Bin 
Need to see inside the box? use a hex bin

**Print Settings**
Regular bins: 15% Infill, 3 walls, No supports
Hex Pattern bins: 15% Infill, 3 walls, Supports needed for horizontal overhangs at the top of the model (or change the hex pattern to be smaller)

**Mounting**
This was primarily designed for use with Multiboard and "small thread" bolts. I personally use [13mm Small Thread T Bolts ](https://thangs.com/designer/Keep%20Making/3d-model/20%20mm%20Small%20Thread%2C%20Plain%20Head%2C%20T-Bolt-973957) which conveniently fits in the rectangular cutout for easy mountng and unmounting. That said any small thread bolts will do. 
**_Updated Mounting_**
Pegboard Clicks: https://than.gs/m/999811 (my favorite so far)
Push Fit: https://than.gs/m/999815
[MultiConnect](https://www.printables.com/model/716558-multiconnect-generic-connector-for-your-board):  https://www.printables.com/model/746508-multiconnect-adapter (best for easy removal and re-mounting)

There is also a MountingTolerance parameter (default 0.1mm for my printer tolerance) which can be changed to suit your printer settings if you need a more flush, loose, or tighter fit on your bolts

**Makes**
Please do upload makes! i'd love to see if anyone will find this useful :) 

**Cross Compatibility**
There is an option to change the hole size on the mounting point, the base  dimension size (default 25mm for multiboard) and other mounting options on the F3D file which should allow you to mount this on other surfaces like a standard 1-inch spaced pegboard from your hardware store (change base to a multiple of 25.4mm). 
If using bigger bolts, make sure to change the OffsetX and OffsetZ Parameters to a sufficiently large value to allow you to fit both the hole and the bolt/peg you're using. By default, mounting point hole centers are 12.5mm away from each corner

**The F3D File**
The F3D file takes in as parameters X Y and Z dimensions as well as if the bin is bottomless (1) or not (0)
_Open the file in Fusion 360 > head to Design > Modify > Change Parameters_

There are also  other parameters that allow you to change  mounting hole angle orientation, wall thickness, front wall dip, front edge chamfers, mounting point thickness, etc. (play around with the settings and see which you like)

**Custom Sizes**
- you can change X Y Z params to get a bin size  that's a multiple of  the base measurement (default 25). You can also get custom bin sizes by changing the OffsetX, OffsetY, OffsetZ Params 
  - i.e. for an 86x27x72 bin just do X:3, Y:1, Z:2, OffsetX: 11, OffsetY:2, OffsetZ: 22
  - Negative numbers will work for the size but will cause the mounting holes to not line up.
- You can also change the Thickness parameter to change the wall width. Default is 3mm 



Vertical Mounted Multiboard Bins and Sleeves © 2024 by FinntasticG is licensed under CC BY-NC-SA 4.0 

Parametric Vertical Mounted Multiboard Bins (repost)

Chamfered 3x2x3 bin.stl

Sharp Corner 3x2x3 sleeve.stl

Hex 3x4x3 bin.stl

Front Dip 3x3x3 bin.stl

Tool board

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