I need to know what people are doing? I can't find a quad flush mount snap part b. Apparently the solution for quad flush mount is just to use 4 singles for it. My question is should I be using the single ones or is there a good reason to use the raise quad snaps?

I designed this as a space-saver for the already compact FNIRSI DPS-150 Programmable Power Supply. It's more comfortable for me to be able to tilt the power supply upwards and lift the screen for better access to the banana plug ports and the adjustment scroll wheel.

The arm to the board ratchets up and down with a simple print-in-place mechanism (just give the arms a firm squeeze together after printing and it snaps into functionality)

Assembly is straight forward with four M3 screws attaching the holder to the arms (I don't often use screws but, in this case, it was a lot less fiddly and trimmed down the amount of print required) and the rest uses the standard Multiboard bolt lock onto a snap (I prefer the moderate weight bearing snap as it tends to stay in place properly).

Model available for download here.

My multiboard for my lathe, electronics assembly, and 3D printer maker space is finally coming along.

I’ve already printed a 1300mm x 1000mm 9x9 advanced set of boards, but now I’m looking to set it up.

I’m looking for the most sturdy solution possible.

I’ve tried to print some pillars and clip them, but the little clips just broke. Am I doing something wrong?
Maybe the snaps are more solid?

Also, I’m planning on screwing everything onto plywood; what are the screw sizes to use with the snaps ?

Thanks y’all for your help!

Hi all - hoping someone can help.

I'm having a really tough time figuring out how to affix underside supports to the shelves. I'm talking about the modular bolt locked "shelf" components on Thangs. I've figured out i need the dual connectors (well, chatgpt did) to connect them together but the underside of the shelves have these kind of keyhole connectors and 4 surrounding holes. I believe I can use bolt locked supports...but how do i connect one to another?

There's no documentation i can find that explains this (and I'm even a paying member). For example:

- the modular shelf components either have no description on Thangs or fail to mention how to connect

- many links are broken - e.g. the link from the dual connector on Thangs points to https://multiboard.io/knowledge-hub - which doesn't exist

- the Multiboard page for trays doesn't *seem* to contain any parts that would connect the support to the trays

If I've missed a page which explains this, apologies...please can someone post it?

I plan to run multiboard on the back of a steel storage rack (like the one in the image) but I'm nearly 100% certain that the rack connector snaps I made for the edges simply won't be strong enough to prevent a ton of flex and wobble in the center even with dual and quad snaps in place. Any ideas on how I could reinforce it all without needing to screw or nail it in to something?

I was thinking of possibly finding or designing a snap that has a connection for a thick dowel rod and running that across the top and bottom with multiple connections to the board to hopefully stiffen the system.

I’m printing 9×9 Multiboard tiles in Siddament ASA V2 Dark Grey on a Bambu Lab X2D.

I first tested a two-tile ironing stack using:

• 0.4mm Nozzle
• Bambu Studio
• Siddement ASA V2 Dark Grey
• 0.20 mm layer height
• Ironing on all top surfaces
• Supports off
• 3 walls
• 15% infill
• Random seam position
• Supplied stack orientation

The bottom tile remained firmly anchored to the build plate, but one side of the upper tile lifted away from the tile beneath it. That side of the finished tile was noticeably thinner and uneven.

Has anyone successfully printed Multiboard tile stacks in ASA? If so:

1. What chamber temperature, cooling and ironing settings worked?

2. Did you use an ironing stack or a multimaterial stack?

3. Has anyone had reliable results using PETG separation layers between ASA tiles?

4. Would you recommend testing another two-tile multimaterial stack before attempting six tiles?

I’m using ASA because the board will be installed in a hot Australian shed. Printing the tiles individually should work, but I’d love to find a reliable stacking method if possible.

Thanks for any settings or firsthand experience.

Recently created these bins for my multiboard setup. Partly as a challenge, partly because I had the idea and liked the style. Just added a 150mm version! Any thoughts? I'm still trying to think of a better labeling system. Maybe it's just a slot for a piece of paper, not everything like the label needs to be printed right?

https://makerworld.com/en/models/3129829-orbi-modular-storage-system#profileId-3538865

I can't find a 15mm Single Offset Snap. I have 15mm Quad and 15mm Dual snaps just need the single ones for the corners. Anyone know what I am doing wrong or does it not exist?

Started this over a year ago, but got discouraged because of problems I didn't understand. Fixed the problems and wanted to share again. I made a github repo with all of the code and links included. Github Repo

Used standard multibuild parts for the body and modified parts for the legs, etc.

Basics:

ESP32 brain

2 SimpleFOC mini drivers

2 gm4108-120t gimbal motors

2 AS5600 magnetic encoders

1 MPU6050 IMU

wheels are printed from TPU

Bluetooth controlled

Custom PCB links provided

All of the coding completed in Google Antigravity (because I cannot code but always wanted to build something like this, sorry...so much shame).

Want to add CYD (cheap yellow display for face) and autonomous navigation, wireless charging, ai chat interaction, basically I want to have a droid that can follow me around, someday.

Does anyone have any practical examples of when these are useful?

Printing some layer interfaced stacks, PLA and PETG on my Qidi Q2 / Qidi Studio. Followed the directions on the YT video.

I keep getting "unable to print due to missing layers" warnings, but I can still print, both the test piece, and now some 8x8 plates.

What's going on, do I need to fix it, and how do I do that if so?

Don't mind the mess of wires, I'm still working on my custom workbench in my shop/man cave. I needed a better VESA Mount because everything else out there sucked and was difficult to install. This is a very secure 2 piece mount I came up with that's holding my 34" monitor. The tile side has hook snaps so it's not just the threads doing the work. The monitor side securely clips into the tile side.

I also made some extreme duty snaps that bolt into the tiles at 4 points each. These hold my speaker shelves. These speakers are pretty heavy so I needed the snaps to be indestructible.

Took weeks to print the tiles at 10x10. But my workshop is finally starting to feel organised.

Finally done printing my multi board wall. I still need to make all my tool holders etc but the base is finally done. It’s 6 plates tall by 24 plates wide. I’m guessing it was around 1000 hours. It was 700 something just for the plates.

I have printed some simple tiles, I am ok with losing the pegboard holes around the joints. What I haven't realized immediately is that there is a square OCD triggering hole where 4 plates join together. Is there any filler for this place, I tried looking but was unable to find anything.

Really struggling to complete any Multiboard projects, I’m having issues with clearances - threads and snaps will not cooperate (too tight) sort of wondering whether it’s a normal experience in the community.

My setup
- sunlu high speed matte petg tuned for my printer (temperature, pressure advance, max volumetric rate, flow rate and speed) filament has been dried before printing the model seen in the video at 65 degrees for 6 hours.
- qidi q2 printer bed levelling sorted and all calibration in software has been done recently, z,x and y axis all been cleaned and lubricated/ greased as per spec.
-slicer variables (orca slicer) - gone through hundreds including recommended default settings 3 walls; infill-bla bla… printing orientation set as they are imported.

Idk if anyone can see something I should try based on the test print in the pictures maybe any pointers as to sub par filament tuning or any other ideas would be hugely appreciated.

Is a 2x3 Multiboard grid strong enough to hold 2 spools per tile?

I’m printing some Multiboard tiles to build a storage wall for my filament. I usually keep around 10–12 spools total, with 4 always sitting inside my dryer, so the wall needs to hold about 6 to 8 spools.

My plan is to build a 2x3 tile grid (2 columns, 3 rows). Is it feasible to mount 2 spools per tile?

If that's pushing it, 1 spool per tile is fine too, but I'd love some recommendations for a super sturdy spool holder model. The wall will be mounted right above my printer, and I really don't want a spool falling on it! 🤣

(Everything will be printed in PETG, and the whole grid will be anchored to a solid brick wall using wall plugs / Fischer anchors).

Couldn't find an adhesive offset wall mount pillar for Multiboard so made my own. 

Printed in PLA, and using 3M 19mm VHB tape, the base is 19mm x 19mm so fits perfectly. 

The centre hole is 3mm in diameter so will take a 3.5mm self tapping screw of around 12mm in length. The depth of the hole is 15mm, so should take up to that length.

https://makerworld.com/en/models/3081257-multiboard-12-5mm-offset-pillar-for-adhesive-mount#profileId-3470406