jkenow

user_3159451490

These are molds to cast this low poly pikachu from any type of metal using a core package and sandcasting. I used oil sand, but other types of casting sands should work just fine.&nbsp;If you're already experienced with casting into sand molds it should be pretty straight forward.Each pikachu will need one of each cores. For the left and right sides you can choose between cores with and without a ring for a keychain. You can of course also just scrape those into the non keychain sandcores. When molding the cores it's really important to compact the sand as much as you can an preferably in layers to get all the details and so the sharp edges don't break as easily.&nbsp;When assembling the core package put the left, right and front side with the bottom side (where the feet are) on a flat surface and slide them together. Then place all three cores at the designated place in your mold. Place the top core on top of the other three cores while being very carefull to get the right orientation and close the mold.

Low-Poly Pikachu Sandcasting Molds

casting

SigmaT4

Hi,&nbsp;I have created this concealed hinge that print in place.There is one functional version, robust enough for real applications, and one version just to play with. (It is oddly satisfying).&nbsp;EDIT 2024/02/25 : Fixed the toy version (bad versionning sorry). Built in supports will now work as intended&nbsp;Please note that the files are LEFT side hinges. You will have to mirror the mechanism for a right side hinge.&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/584700/2024-02-21_24e7d16b89731.gif"><figcaption>It is a concealed hinge</figcaption></figure><figure class="image image_resized" style="width:39.07%;"><img src="https://makerworld.bblmw.com/makerworld/draft/584700/2024-02-21_57b7f16f52964.gif"><figcaption>The toy version</figcaption></figure>&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/584700/2024-02-21_370785be4cdf9.gif"><figcaption>Mechanism mounted</figcaption></figure>&nbsp;In order to have a robust mechanism, the tolerance are quite thin.After printing, you will have to force a little to free the model the first time.(There are 8 little pillars around the arms which will break, it is normal. They are built-in supports)&nbsp;The functional version contains 3 items : the mechanism and 2 trapezoids.Mounting the hinge is very easy : One trapezoid is screwed in the door and the other one is screwed in the furniture.The mechanism will then be pressfit on these.Be carefull, the trapezoids have an orientation !The figure below illustrate where you should screw the trapezoids.&nbsp;EDIT : You can find in the link below, a model helping to drill holes at the right place. It includes a custom print in place caliper<a target="_blank" href="https://makerworld.com/en/models/198787#profileId-219386" rel="nofollow noopener">https://makerworld.com/en/models/198787#profileId-219386</a>&nbsp;<figure class="image image_resized" style="width:75.16%;"><img src="https://makerworld.bblmw.com/makerworld/draft/584700/2024-02-21_de621c1cd5a2f.png"></figure>&nbsp;The cinematic of the hinge allows up to 21mm of overlap.&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/584700/2024-02-21_bf7d3d3110fb5.jpg"></figure>&nbsp;You are free to inprove the design, you will find the sources here:https://cad.onshape.com/documents/007e254c011e844549e4a4bd/w/c7896a26d83ada10650c00e2/e/cb414f8844a48c4622f0780c?configuration=List_DVwExgKQQXkqD7%3DDefault&renderMode=0&rightPanel=variableTablePanel&uiState=65d6778603d7d900d85e7f80&nbsp;If you like my work, please download or print, it helps :)&nbsp;Alexandre

Print in place concealed hinge mechanism + fidget toy

house

Leo.w8

Introducing the Ultimate DIY Durable Tool Box – Your Next 3D Printing Project!&nbsp;Are you ready to take your 3D printing skills to the next level? I've designed a robust and versatile tool box model that you can easily print yourself, and the best part is, it's absolutely free for you to download and create at your convenience.Features:&nbsp;<ol><li>Sturdy Design: This DIY Durable Tool Box boasts a robust construction, ensuring it can withstand the rigors of your toughest projects. Crafted to last, it's built to store your cherished tools and equipment securely.</li><li>Hinged Lid: With two precision-engineered hinges, the lid opens and closes smoothly, providing easy access to your tools while keeping them safely contained when not in use. No more searching for your essentials; they'll be neatly organized and at your fingertips.</li><li>Comfortable Handle: The ergonomically designed handle ensures a comfortable and firm grip, making it easy to transport your tools to any job site or workspace. It's not only functional but also visually appealing, enhancing the overall aesthetics of your toolbox.</li><li>Customizable Fasteners: To assemble your DIY Durable Tool Box, all you need are a few standard fasteners. You'll require 2x M4x50mm screws for the handle and 4x M4x35mm screws for the hinges, which are readily available at your local hardware store. This customization allows you to choose the materials and finishes that suit your personal style and needs.</li><li>Ample Storage Space: Inside, you'll find ample storage space with customizable dividers to keep your tools neatly organized. Whether you're a professional tradesperson or a dedicated hobbyist, this toolbox is designed to accommodate your unique tool collection.</li><li>Durability and Longevity: The materials and design used in this toolbox are intended for long-term use, so you won't have to worry about wear and tear. It's a testament to my commitment to providing you with a high-quality product.</li></ol>Share Your Thoughts, I'd appreciate your ratings and reviews after you've successfully created and used this DIY Durable Tool Box. Your feedback helps me improve and inspires me to keep creating innovative designs for the 3D printing community. Your input is invaluable to me, so please share your experience with our community.Now, it's time to roll up your sleeves and embark on your next 3D printing adventure. Download this free DIY Durable Tool Box model and enjoy the satisfaction of crafting your own reliable storage solution. Say goodbye to flimsy and expensive store-bought toolboxes – build the one that perfectly suits your needs. Get started today and experience the joy of making something exceptional with your own two hands!&nbsp;For the handle 2x M4x50mm For the hinge 4x M4x35mm &nbsp;&nbsp;

Tool Box

boxes

Happy Bamboo

<h2>Adjustable Divider System for Drawers</h2><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/809290/2024-03-28_81a4f14fd8ecd8.gif"></figure>With a newborn addition to our family, we needed an organizer system that could keep up with our ever-changing drawer contents, e.g. baby bottles, diaper, wipes, etc.&nbsp;This divider system fits most common household drawer widths, and easily expanded to accommodate more than one dividers.<h2>Assembly</h2>Double-sided tape is required for assembly, to adhere the slotted rails to the sides of the drawers. We used the following from <a target="_blank" href="https://a.co/d/9Ixwcr9" rel="nofollow noopener">Gorilla Glass off Amazon</a>, but any tape should suffice.<ul><li>Step 1 – Adhere the slotted rails to each side of the drawers. A minimum of 2 rails is required, additional rails can be installed for deeper drawers.<ul><li>Note – drawer width may sit between two of the possible steps that the teeth, so it necessary to shim the side-rails.  This can be done with thick double-sided tape, the Gorilla Glass tape I used was 0.8mm thick with a lot of compression.  There&#39;s a recess in the side-rails if less shimming is needed, use the flat back if more shimming is required.</li></ul></li><li>Step 2 – Adjust the dividers to width, and lock in-place… then insert divider into the slots.</li></ul><h2>Specifications</h2><h3>Standard</h3><ul><li>Width — 9-inches to 14.5-inches (22.5-cm to 37.5-cm)</li><li>Height — 3-inches (7.5-cm)</li><li>Depth — 8-inches (20.3-cm)</li></ul><h3>Mini</h3>Support for 180x180x180mm build volume<ul><li>Width — 7-inches to 11.5-inches (18-cm to 29.5-cm)</li><li>Height — 3-inches (7.5-cm)</li><li>Depth — 7-inches (18-cm)</li></ul><h2>Feedback</h2>Thanks for looking. This is my first time designing, so any suggestions or feedback on how to improve is fully welcome 🙏<h2>What&#39;s Next</h2>I have some thoughts on a design to accommodate wider drawers, so please let me know if this is desirable. I&#39;m interested in exploring ways to reduce the amount of filament used by the Slot Rails.

Adjustable Drawer Divider

organization

PrintMint

Step into the future of computing with the Cyber Mouse, a revolutionary blend of style and functionality inspired by the iconic Cybertruck. Personalize your Bambu Lab Wireless Mouse 002 with Precision Mouse Enhancement, featuring a sleek outer shell that mirrors the bold design of the Tesla Cybertruck. The standard model is crafted to represent the Tesla Cybertruck&#39;s aesthetics faithfully.&nbsp;<a target="_blank" href="https://patreon.com/PrintMint?utm_medium=unknown&amp;utm_source=join_link&amp;utm_campaign=creatorshare_creator&amp;utm_content=copyLink" rel="nofollow noopener">Support me on Patreon if you like my work or want a commercial license.</a>&nbsp;For enhanced comfort during extended use, choose the Comfort Model with slightly rounded corners, offering a sleek and ergonomic feel. The 3D printable design allows you to customize your Cyber Mouse, ensuring it perfectly aligns with your preferences. Additionally, the there are step files so you can modify as you want.

Cyber Mouse for Bambu Lab's Wireless Mouse 002 Kit

mouse

Benchy

All in 1 Test

testing

Sakul

&nbsp;Brighten up your office breaks with this fun mini table foosball game.A fully functional table soccer set to challenge your colleagues. All you need, aside from the printed parts, are 20 M3x10 and 12 M3x20 screws, and some CA Glue. For assembly, print out all the parts, and start by gluing the playfield into the base. Screw the legs and the ball catchers to the base; you can screw them directly into the plastic, as it will be plenty strong. <figure class="image image_resized" style="width: 61.55%"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000152653/design/2024-01-22_6c8651f7c1e8.jpg"></figure> Glue the side caps into the base, slide the rods in from the side, and also stick the figurines on the rods. The figurines will be fixed in place using the M3x10 screws. All the TPU parts can now be attached using CA Glue. Glue the handles and end caps on the rods, also attach the TPU feet to the legs. The ball is made by gluing the two halves together.<figure class="image image_resized" style="width: 34.44%"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000152653/design/2024-01-22_3727bab3bdd4.jpg"></figure>Lastly, slide the goal indicator over the display shield and then attach it to the base. Have fun playing!  If you like my work and want to support me in creating more free original designs, I would very much appreciate it if you <a target="_blank" href="https://ko-fi.com/sakul" rel="nofollow noopener">“buy me a coffee”.</a>  Check out my newest Uploads: <figure class="table" style="width: 98.39%"><table class="ck-table-resized"><colgroup><col><col></colgroup><tbody><tr><td><figure class="image"><a href="https://makerworld.com/en/models/484385#profileId-396742" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000152653/design/2024-06-04_09fc049f7c6e.jpg"></a><figcaption>🍦Pop &amp; Catch Toys Ice Cream Cone🍦</figcaption></figure></td><td><figure class="image"><a href="https://makerworld.com/en/models/447981#profileId-354736" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000152653/design/2024-05-01_6d8b75eefb4a4.jpg"></a><figcaption>🐷Minecraft Animal Farm Pack🐮</figcaption></figure></td></tr></tbody></table></figure>

Office Mini Desk Foosball Table

toys 

Makefy

It's planting season!<blockquote> TIP: Use a cotton pad in the bottom of each pot to keep the dirt from spilling into the bottom tray! &nbsp;</blockquote>&nbsp;This is a new version of a design I made and tested last season. Turned out to work great.The assembly consists of the following parts: Bottom Tray: <img src="https://makerworld.bblmw.com/makerworld/draft/678120/2024-03-09_52bc4f5b6a06.png"> This is the main part which holds water. It has guides for the pots and slots for the connecting beams. It should have enough solid bottom layers to avoid any infill. Just to make sure it's completly watertight.&nbsp;Connecting Beam: <img src="https://makerworld.bblmw.com/makerworld/draft/678120/2024-03-09_ab0b1e814f06f.png"> This is the part that supports the top plate. You will need 4 of these &nbsp;Pot: <img src="https://makerworld.bblmw.com/makerworld/draft/678120/2024-03-09_fb839ee86539c.png"> This is the pot itself. It consists of two parts that snap together. PLA seems to hold up pretty good for this part, but PETG or ABS might be a better choice. Top Plate: <img src="https://makerworld.bblmw.com/makerworld/draft/678120/2024-03-09_df2f64c41e23d.png"> This parts connects to the bottom tray with the four beams and holds the pots Greenhouse Dome: <img src="https://makerworld.bblmw.com/makerworld/draft/678120/2024-03-09_66dfe67204146.png"> This is a clear cover which provides a warm and humid environment for the seedlings. This part is provided in a separate print profile and should be printed in clear PETG or PC: — OPTIONAL --- Dirt Funnel: <img src="https://makerworld.bblmw.com/makerworld/draft/678120/2024-03-09_5f6384536a117.png"> The funnel makes it easier to fill the pots with dirt The Pestle: <img src="https://makerworld.bblmw.com/makerworld/draft/678120/2024-03-09_2ac2891fe5821.png"> Use this to gently pack the dirt.

Self Watering Seed Starter/Planter with Splittable Pots and Greenhouse Dome

planting

timbo85

Bambu Lab P1S Poop Bucket&nbsp;Nice residual waste bucket for the Bambu Lab P1S printer. The container can be secured by pressing two magnets of 12mm in diameter and 3mm thick into the holder. The poop bucket snaps, with the two flaps, into place behind the printer.&nbsp;I have used magnets like: https://www.amazon.nl/-/en/Neodymium-Magnets-Magnetic-Bulletin-Storage/dp/B088FNGGNQ/

Bambu Lab P1S Poop Bucket Magnetic

bambu atuff

marcopiazzo95

The written number, expressed in millimeters, represents the distance between the outer wall and the inner wall. The difference in diameter is twofoldOnly 3 grams.&nbsp;The 0.05 gap should only be free to spin if you print with a 0.2mm nozzle. With the 0.4mm nozzle the slicer does not consider the 0.05mm gap and fuses the 2 parts together, it is not a printer error.&nbsp;&nbsp;Il numero scritto, espresso in millimetri, rappresenta la distanza tra la parete esterna e quella interna. La differenza sul diametro è doppia.Solo 3 grammi&nbsp;Lo spazio 0.05 dovrebbe essere libero di girare solo se stampi con un ugello da 0.2mm. Con l'ugello da 0.4mm lo slicer non considera lo spazio di 0.05mm e fonde assieme le 2 parti, non è un errore della stampante.

Tollerance Test 3 grams

test

CopyKnight

German Upgrade Part V2 with new Print Profil.Upgrade Part V2 with new Print Profil.Upgrade Part with new Print Profil.&nbsp;Weekly planner for tablets with Braille and sliding doorsSimple printing and uncomplicated assembly. Everything can be printed with a 0.2 layer height and a 0.4 nozzle without support. The sliding doors should ideally be printed with a 0.1 layer height. It is important that the concave insert is printed upright, as this creates a rounder surface for the sliding doors.Assembly:Part 1: You have the lower part in front of you.<img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_3523f3fa0ffbc.jpg">Part 2: Now add the concave insert.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_b643b32d2c793.jpg"></figure>Part 3: Insert the concave insert, with the seven small roundings facing upwards, into the recess provided in the lower part.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_3f9e8d967fa53.jpg"></figure>Part 4: Now add the convex insert.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_602a29d8ad115.jpg"></figure>Part 5: Insert the convex insert into the concave insert<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_81e50700994c2.jpg"></figure>Part 6: Now add the pill insert<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_e15b5c906feee.jpg"></figure>Part 7: Insert the pill insert into the recess provided in the lower part<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_acdca7eb26615.jpg"></figure>Part 8: Add the sliding doors<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_4bb638fd5c4dc.jpg"></figure>Part 9: Slide the sliding doors into the pill insert from the front and push it through the recess provided between the convex and concave insert. Slide all the doors back and forth a few times and leave them for the time being at approx. half of the middle compartment. Now do this with all the other six doors.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_c17b18f563d9a.jpg"></figure>Part 10: Now add the top section.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_5165d6671bf3b.jpg"></figure>Part 11: Place the top section from above evenly and parallel over the model you have assembled so far. Once you have overcome the first small hurdle and all four sides of the inner inserts, press the upper section further down until it snaps into the lower section.<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_02deab1933dc6.jpg"></figure>Finished :)<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/577182/2024-02-04_8a897f5216f9b.jpg"></figure>&nbsp;&nbsp;&nbsp;&nbsp;Wochenplaner für Tabletten mit Blindenschrift und SchiebetürenEinfacher Druck und unkomplizierter Zusammenbau. Es kann alles mit einer 0.2 Schichthöhe und einer 0.4 Nozzle ohne Support gedruckt werden. Die Schiebetüren sollten im besten Fall mit einer 0.1 Schichthöhe gedruckt werden. Wichtig ist, dass der konkave Einsatz aufrecht nach oben gedruckt wird, da dies eine rundere Fläche bildet für die Schiebetüren.Zusammenbau:&nbsp;&nbsp;Teil 1: Sie haben das Unterteil vor sich.Teil 2: Sie nehmen nun den konkaven Einsatz dazu.Teil 3: Stecken Sie den konkaven Einsatz, mit den sieben kleinen Ausrundungen nach oben, in die dafür vorgesehene Aussparung im Unterteil.Teil 4: Sie nehmen nun den konvexen Einsatz hinzu.Teil 5: Stecken Sie den konvexen Einsatz in den konkaven EinsatzTeil 6: Sie nehmen nun den Pilleneinsatz dazuTeil 7: Stecken sie den Pilleneinsatz, in die dafür vorgesehene Aussparung im UnterteilTeil 8: Sie nehmen die Schiebetüren dazuTeil 9: Sie schieben die Schiebetüren von von vorne in den Pilleneinsatz und schieben diesen durch die Aussparung die zwischen dem konvexen und konkaven Einsatz dafür vorgesehen ist. Schieben sie alle Türen ruhig ein paar mal hin und her und lassen Sie diese vorläufig endgültig auf ca. der Hälfte des mittleren Fachen stehen. Machen sie dies nun mit allen weiteren sechs Türen.Teil 10: Sie nehmen nun das Oberteil hinzu.Teil 11: Stülpen Sie das Oberteil von oben gleichmäßig und parallel über ihr bis jetzt zusammen montiertes Modell. Wenn Sie die erste kleine Hürde genommen haben und an allen vier Seiten der inneren Einsätze überwunden haben, drücken Sie das Oberteil weiter nach unten bis es in das Unterteil einrastet.&nbsp;Fertig :)

Pill Organizer Weekly planner for tablets with Braille and sliding doors Accessibility

check out mechanisms 

Brian Dean

<h2>Embedded Magnet Dispenser Tool for Multiple Diameters and Thicknesses</h2><h3>PROFILE NOTE</h3>Please use the “Designer” profile as it guarantees the latest files and version with all new magnet sizes and features. The Designer Profile will be listed at the top.<h3>Latest Update (2024-04-21): Quick summary</h3><ol><li>additional magnet sizes</li><li>magnet size text embossed on the barrel and also included on the slider</li></ol>See below for the more detailed update notes.<h2>Magnet Dispenser for 3D Prints: Simplify Magnet Insertion with Precision</h2>The Magnet Dispenser Tool is expertly designed to streamline the insertion of magnets into 3D prints. This tool not only speeds the process of inserting magnets into 3D Prints, it also ensures correct orientation and secure fitting, making it ideal for projects that require precise magnet placement.<h3>Key Features</h3><h4>Dual Dispensers for Perfect Alignment</h4><ul><li>Includes two dispensers for each magnet size – one for north-up and one for south-up orientations</li><li>Use different colors (e.g., red for north-up and blue for south-up) to help easily identify the dispenser&#39;s orientation</li><li>Eliminates the hassle of misaligned magnets</li></ul><h4>Design and Utility</h4><ul><li>Developed after extensive refinement</li><li>Allows for friction-fit insertion and is also suitable for magnets that are glued</li><li>Tapered tip facilitates use in tight spaces</li></ul><h4>Ease of Use</h4><ul><li>The dispensers are designed to accommodate the specified magnet sizes for their internal holding magnets, but can dispense magnets of any thicknesses for the specified diameter. For example, for the 6x3mm dispenser, you will need 6x3mm magnets to assemble the dispenser, but once assembled, that dispenser can dispense any 6mm diameter magnet such as 6x1, 6x2, 6x3, 6x5, etc.</li></ul><h4>Convenience and Storage</h4><ul><li>Features a snap-on cap with an embedded magnet and a top slider magnet</li><li>Ensures secure storage and prevents accidental magnet spillage</li></ul><h4>Customization and Printability</h4><ul><li>No supports needed for printing</li><li>STL and STEP files included for personal customization</li><li>Compatible with PETG, PLA, ASA, ABS, etc</li><li>Adjust x/y hole compensation if needed for perfect fit</li></ul><h4>Visual Guide</h4><ul><li>Fusion 360 images provided for easy assembly and understanding of the internal mechanism</li></ul><h4>Use the Magnet Dispenser for a hassle-free, precise, and efficient magnet insertion experience in your 3D printing projects.</h4><h3>Supported Magnet Sizes</h3><h4>Dispensers are now provided for the following magnet sizes as of Version 5</h4><ol><li>2x1mm</li><li>2x2mm</li><li>2x3mm</li><li>3x1mm</li><li>3x2mm</li><li>3x3mm</li><li>4x1mm</li><li>4x2mm</li><li>4x3mm</li><li>5x1mm</li><li>5x2mm</li><li>5x3mm</li><li>6x2mm</li><li>6x3mm</li><li>7x2mm</li><li>7x3mm</li><li>8x2mm</li><li>8x3mm</li><li>8x4mm</li><li>9x2mm</li><li>9x3mm</li><li>10x1mm</li><li>10x2mm</li><li>10x3mm</li><li>12x2mm</li><li>12x3mm</li><li>15x2mm</li><li>15x3mm</li><li>20x2mm</li><li>20x3mm</li></ol>NOTE 1: The 1mm magnet thickesses are just too thin to work reliably with the friction-fit of the slider and caps. Therefore, I have made the pockets of the “1mm” thickness magnet dispensers to be that of the 3mm variety so that they work. So to assemble a 1mm magnet thickness dispenser, you will need to purchase a few 3mm thick magnets to assemble the dispenser. A 2mm thickness will likely work ok, too. Note that the text on the dispenser will still say “D x 1 mm” for the barrel, “Dx1” on the cap, and “D/1” on the slider, so you know what magnets you have loaded into it.&nbsp;NOTE 2: the above are the sizes needed to assemble the dispenser. The dispenser can still dispense any thickness of magnet as long as the diameter is the same. So if don&#39;t see your specific magnet thickness listed above, you can still print the correct diameter, assemble the dispenser with the correct magnet thickness, and dispense other thicknesses.&nbsp;STEP and STL raw files are included if you do not wish to use the provided profile.<h3>Quality Assurance Testing</h3><ul><li>All dispenser sizes have been printed by me and extensively tested</li><li>I have purchased all magnet sizes at significant expense to myself to ensure fit</li><li>Magnet diameters are tricky for press-fit tolerance and controlled by no less that 5 Fusion 360 parameters that must be balanced to achieve good fit<ul><li>Multiple iterations of each dispenser were printed and refined</li><li>Many kilograms of filament and hundreds of hours of print-time were consumed during this process</li><li>All to ensure the best quality printing and fit-up for each dispenser size</li></ul></li></ul><h3>About the Profiles</h3><ol><li>Please use the “Designer” profile as it guarantees the latest files and version with all new magnet sizes and features. The Designer Profile will be listed at the top.</li><li>NOTE: The “Designer” profile is a single profile that contains plates for all magnet sizes so far. Please ignore the “total time” reported by MakerWorld for the profile. You only need to print the plate(s) that you need. Each plate takes about 2.5-2.9 hours on my X1C using the included “PETG” profile which is slowed down for good PETG layer adhesion and quality.</li><li>While the other profiles may be ok, their file / update version may be out of date. So if you want the latest sizes and model improvements, please choose the top “Designer” profile.</li></ol><h3>Accessories</h3>Be sure and check out some nice accessories that other folks have created to work with these dispensers.<ul><li>Tip Caps - these are nice caps for the dispensor tip. Not only do they help keep the magnets contained within, but they also protect the tip. Additionally, they are labeled with the magnet size, which is nice. Thank you @onegotowned ! <a target="_blank" href="https://makerworld.com/en/models/149038#profileId-162633" rel="nofollow noopener">https://makerworld.com/en/models/149038#profileId-162633</a></li><li>Vertical Workbench Stand - This is a very nice stand for select diamagers made by @nickramsey57. A number of folks have asked about stands / organizers for the dispensers, so this model will likely be useful to a number of folks. Thank you @nickramsey57 ! <a target="_blank" href="https://makerworld.com/en/models/206388#profileId-226561" rel="nofollow noopener">https://makerworld.com/en/models/206388#profileId-226561</a></li><li>Vertical Workbench Stand (parametric) - Here is another very nice stand made by @RevHazlett. You can specify the dispenser sizes that you want it to hold and then generate, making it customizable to your needs and the common magnet sizes that you use. Thank you @RevHazlett! <a target="_blank" href="https://makerworld.com/en/models/435087#profileId-340031" rel="nofollow noopener">https://makerworld.com/en/models/435087#profileId-340031</a></li></ul><h2>Update History</h2><h3>Version 5: 2024-04-21</h3><ol><li>Emboss the magnet size text on the Barrel (see photos), allowing one to view the size from the side, and also allowing one to print all of the barrels on a single plate and not get the barrels mixed up as to what size they are for.</li><li>Include the magnet size text on the Slider (see photos), allowing one to print all of the sliders and caps together on one plate and not get the sliders mixed up as to what magnet size they are for. Also provides additional text identification of the magnet size within.</li><li>Include 11 new magnet sizes:<ol><li>3x1mm</li><li>4x1mm</li><li>5x1mm</li><li>7x2mm, 7x3mm</li><li>8x4mm</li><li>10x1mm</li><li>15x2mm, 15x3mm</li><li>20x2mm, 20x3mm</li></ol></li><li>Re-organize the plates so that they are a little easier to manage. All dispenser sizes for each “diameter” are spread across three plates now - the Barrels, the Red Caps and Sliders, and the Blue Caps and Sliders. This allows one to “print-by-layer” instead of “print-by-object”, and the text also comes out better. Additionally, it is now easier to construct a plate with all of the size variations on 3 individual plates and print them all at once.</li></ol><h3>Version 4: 2023-12-26</h3><ol><li>Fixed an issue where the smaller diameter magnets such as the 2mm, 3mm, and possibly the 4mm magnet diameters could inadvertently slip through the vertical barrel slider stem slot. Prior to this update, the slider stem was a fixed 3mm + tolerance width. With Version 4, the slider slot is now dynamic based on the magnet diameter. So now, the smaller diameter magnets are captive within the barrel and cannot slip out inadvertently.</li><li>Tighten up the tolerances between the “slider” and the “barrel” for a better fit and smoother operation.</li><li>Use the Profile: “Version 4: All Sizes …” for the latest from this update.</li></ol><h3>Version 3: 2023-12-22</h3><ol><li>Added additional magnet sizes<ol><li>2x1mm, 2x2mm, 2x3mm</li><li>9x2mm, 9x3mm</li></ol></li><li>Text is now added within the Fusion 360 Model File, eliminating the need to add the text using Bambu Studio<ol><li>Ensures consistent text placement and easier colorizing of the text</li></ol></li><li>All plates are included for all magnet sizes, two dispensers per plate, print sequence: print-by-object</li></ol><h3>Version 2.1: 2023-11-28</h3><ol><li>Added additional magnet sizes<ol><li>3x2mm</li><li>4x2mm, 4x3mm</li><li>5x2mm, 5x3mm</li><li>6x2mm</li><li>8x2mm, 8x3mm</li><li>10x2mm, 10x3mm</li><li>12x2mm</li></ol></li><li>The magnet size text is included on the cap for easy identification - see photo</li></ol><h3>Version 2: 2023-11-20</h3>Updated to “Version 2”. Significant updates an enhancements have been made, some seen, some unseen.<ol><li>Added additional magnet sizes<ol><li>3x3mm</li><li>12x3mm</li></ol></li><li>Each magnet size is on its own plate, two dispensers per plate, print sequence: print-by-object</li><li>Redesigned “thumb slider” for greater comfort and stronger press force</li><li>Slider stem has been reinforced</li><li>Many enhancements for smoother operation with internal chamfers and fillets, enhanced tolerances, and strengthening of key internal components</li></ol>&nbsp;&nbsp;&nbsp;