mb_creating

brettkp1

This is a modular, multi-tape dispenser. It allows customisation to your specific tape needs. The intent is to scale a few sections based off the sizes of the tapes used. Some items do need to be rotated for best printing (axle, alignment rail, Separator Guide), but no supports are needed for any item.&nbsp;Some key dimensions:Side walls - 10mm wide, 5mm wall thickness, axle sits 2.5mm into the wall. Do not scaleExpansion - 10mm wide. Scale to the width of the tapes you used.Separator Guide - 13mm wide. Print one less than the number of tapes being used. Do not scaleAxle - 10mm wide. Scale to 4mm longer than the internal width.Blade Cover - 10mm wide. Scale to 10mm longer than the internal widthAlignment Rail - 10mm wide. Scale to the internal width, or a fraction less. Print 2.&nbsp;Internal width (mm) = 10 + (13 * Number of Separator Guides) + (Sum of tape widths in mm)&nbsp;The Alignment Rail is used to help ensure proper alignment of all sections. It&#39;s not necessary if you can manually join all the sections (Side walls, Expansions and Separator Guides) in your slicer. The axle can be printed, but it is just as easy to use a wooden dowel. The Diameter is 13mm.&nbsp;Once printed, just glue it all together using the alignment rails. Don&#39;t glue the axle in. The Dividers don&#39;t need to be glued but can for additional strength. Glue the blade cover on last once the blade is glued in place.&nbsp;The unit uses 18mm packing knife blades. Simply glue them in place then glue the Blade Cover over the top. The blade will protrude 2mm out from the edge.&nbsp;Additionally, it&#39;s worth creating ‘hubs’ for each tape with an internal diameter of slightly larger than 13mm (eg 13.5mm) and an external diameter to suit each of the tapes being used. Their width should be the width of the tape plus 6mm to fit nicely in the slots. I haven&#39;t included any in this design as they cannot be scaled easily.&nbsp;13 May 24 - I&#39;ve added a version 2 Divider. It has a better profile for accessing tapes, especially as they run down. See the photo showing the difference. It&#39;s compatible with the rest of the design. You can simply swap the old Divider for the new one.

Modular Multi Tape Dispenser

practical

misenique

<h2>Say hello to the first “Cursed Benchy” pack!</h2>&nbsp;Everyone knows and loves the OG 3DBenchys! They mutated into some strange creatures. The perfect addition for your anyway bloated arsenal of Benchys!&nbsp;For the first pack I decided to present to you 3 Cursed Benchys:<h3>1. The Inflated Benchy</h3><h3>2. The Twisted Benchy</h3><h3>3. The Squished Benchy</h3>They can print all without supports and finish in about 1h (the squished only takes about 35min.)<figure class="image image_resized" style="width:57.35%;"><a href="https://makerworld.com/en/models/436541#profileId-341687" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000415179/design/2024-04-20_4934bb7c870428.jpg"></a><figcaption>Cursed Benchys #3 (NSFW Edition)</figcaption></figure><figure class="image image_resized" style="width:58.02%;"><a href="https://makerworld.com/en/models/425760#profileId-329450" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000415179/design/2024-04-12_df2b84464232.jpg"></a><figcaption>Cursed Benchys #2</figcaption></figure>&nbsp;&nbsp;&nbsp;If you have ideas fot the second pack, please let me know in the comments!&nbsp;&nbsp;&nbsp;&nbsp;

Cursed Benchys #1

dfreshkremer

This is a Parametric Gridfinity model made using Fusion 360. Download the file, open with Fusion 360, and then change the size of the grid and spacers as needed. &nbsp;To change the parameters, click on “Modify” then click on “Change Parameters.” From there you can change the size of the grids (Rows and Columns). You can add or delete any spacer, and change the width up to 21mm. To remove a spacer, set the size to 0mm. &nbsp;Example: Let's say you have a drawer that's 134mm wide. You can fit 3 full grids in that space: 3x42mm = 126mm, which means there will be an 8mm gap. Divide that 8 by 2 (for the two side spacers) and you get 4.  So if you make each side spacer 4mm, the grid will fit perfectly with no sliding around.  You may want to leave a little room for error, so make the side spacers 3mm each instead. &nbsp;

practical

wtf

gridf