Raised Double-Sided Snap (DS Part B)
The “Double-Sided Snap - Part B” joins with any “DS Part A” Snap, like the Double-Sided Snap - Part A or the T Offset Snaps - DS Part A.
Remember: Part A’s join with Part B’s.
When joining them together, make sure to align the two square symbols.
This snap behaves like a regular snap with a push-fit hole to insert push-fit accessories or screw in mid thread bolts.
This part comes with four tolerances: loose (0.65 mm), standard (0.5 mm), tight (0.25 mm) and permanent (0.15 mm).
(If you have to use the loose tolerance to fit this part in, then you’re going to have problems with the rest of the Multiboard system. Calibrate your printer to work with at least the standard tolerance)
You can remove this piece from the Offset Snaps using the Offset Snaps Removal Tool.
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.
UPDATE: All of the Double-Sided Snaps (Part As and Part Bs) have been updated and are NOT compatible with the old versions. Click here to discover what has changed.
You can still access the old parts in the Multiboard Legacy Parts listing.
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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.
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I suggest using a sharpie to mark the square after printing while the part is still on the print bed. Once you remove the part, the square is nearly invisible and it needs to be aligned with part A during assembly.
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When engineering the fulfillment stations for our acrylic painting kits, I have zero tolerance for a disorganized workspace. We implemented the Multiboard system to hold our heavy liquid inventory, and this Double-Sided Snap is the exact linchpin of that structural integrity. I mandate that my team prints these exclusively at the standard 0.5mm tolerance; anything looser compromises the entire grid. The square alignment markers ensure absolute precision du
Standardizing our physical workspace at InsoleWars means relying on modular systems that don't fail. The Multiboard framework is exceptional, and this specific DS Part B snap is the linchpin of the entire setup. The fact that you offer four specific tolerances (loose to permanent) shows a proper understanding of manufacturing variables. We utilize the tight 0.25mm tolerance for our heavy-duty inventory bins.
The post on Raised Double-Sided Snap was surprisingly fascinating—it’s wild how something as simple as a snap fastener can evolve with design to become more versatile and functional. The double-sided aspect opens up so many creative possibilities, especially in fashion, accessories, or even tech gear. It got me thinking how in games like Nulls Brawl, it's often the small changes—like a new gadget or feature—that completely shift the way you play or approach a character.
The post on Raised Double-Sided Snap was surprisingly fascinating—amazing how a simple fastener can evolve into something so versatile. It actually reminds me of how small changes in games like Nulls Brawl—or even projects like Kuka Soitti—can completely shift the way we approach design, play, or creativity."
"Double-Sided Snap (DS Part B) appears to be a technical or product-related term, possibly referring to a fastening mechanism, connector, or assembly process. More context would help in providing a precise interpretation!"
Nice model, really well designed and looks clean. The snapping mechanism seems practical and useful for real-world applications. Appreciate the detail you’ve put into this—great work!
Nice model, really well designed and looks clean. The snapping mechanism seems practical and useful for real-world applications. Appreciate the detail you’ve put into this—great work!