Hugzed

潦草小狗爱吃雪糕

这是一副麻将停车号码牌，麻将在Blender中创建，图案参考https://en.wikipedia.org/wiki/Mahjong_tiles底座在Fusion 360中创建。单颗麻将长25mm，宽19mm，厚13mm。你可以根据自己的电话号码选择喜欢的牌面打印，也可以将它们全部打印出来作为便携的迷你麻将。我使用Bambu A1和AMS lite，打印效果良好。我使用的耗材：Bambu lab 1,pla basic (10100) 2,pla matte (11501) 3,pla matte (11602) 4,pla basic (10200)可以使用3M双面胶把麻将固定在底座上。

Mini Mahjong 迷你麻将/Mahjong parking sign 麻将停车牌

玩意儿

LAYERED

Inspired by the many really good boxes here, I have developed this design. What bothered me so far was that the display is always placed vertically in the box, which always makes the readability a bit difficult depending on the location. So I angled the front slightly backwards so that the display looks more in the line of sight. I printed it with PLA-CF from Bambu. Support is only needed for the version with display cutout. Here I used Tree-Support.The thermometer/hygrometer I used was the &#34;<a target="_blank" href="https://amzn.eu/d/3ActJuy" rel="nofollow noopener">Thlevel Mini LCD Digital Thermometer Hygrometer</a>&#34; from Amazon. For comparison, I had all three lying next to each other for over an hour (see last photo), and I think these very minimal deviations are acceptable.&nbsp;NOTEAs it has often been noted here that the printed housing has broken when installing the hygrometer, I would like to point out that the clips on the hygrometer must be cut off before insertion. If these clips are removed, the printout will not break.&nbsp;Play around with a <a target="_blank" href="https://collaborate.shapr3d.com/v/2TO-lWBVuLf5A_jP9u4fe" rel="nofollow noopener">realtime rendering</a> of the model.&nbsp;NEW MODELIf you have printed this model, then you might also be interested in this one: The &#34;<a target="_blank" href="https://makerworld.com/en/models/135929#profileId-147715" rel="nofollow noopener">Bambu Lab Lid Riser</a>&#34; with many features. It&#39;s brand new. 😎<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000016347/design/2024-01-17_097b3cac50da68.jpeg"></figure>&nbsp;

Bambu Lab AMS - Silica Gel Box with Hygrometer

架子

Bearded Bastard

<h2>Hex Spool Box</h2><h2>Table of Contents</h2><ol><li>Change Tracking</li><li>Intro</li><li>Hex Spool Box Notes<ol><li>Dimensions</li><li>Printing Profile Notes</li></ol></li><li>Insert Notes<ol><li>Intro</li><li>Cautions</li><li>Dimensions</li><li>Printing Profile Notes</li><li>Naming Convention</li><li>Bambu Studio and Coloring Workflows<ol><li>Importing [Inserts Combined.3mf]</li><li>Importing [Hex Spool Box Inserts.step]</li><li>Bambu Studio Text Shape Tool Workflow</li><li>Adding Text and Graphics to an Insert in Fusion360</li></ol></li></ol></li></ol><h2>Change Tracking</h2><figure class="table" style="width:87.53%;"><table class="ck-table-resized" style="background-color:hsl(30, 75%, 60%);"><colgroup><col><col></colgroup><tbody><tr><td style="background-color:hsl(210, 75%, 60%);">Note</td><td style="background-color:hsl(210, 75%, 60%);">Date</td></tr><tr><td>Initial upload</td><td>10/30/23</td></tr><tr><td>Modified Inserts Combined print profile to include two additional plates with extra descriptors and a swatches plate.</td><td>11/7/23</td></tr><tr><td>Matching Bambu Spool coming very soon, will be compatible with the inserts!</td><td> </td></tr></tbody></table></figure><h2>Intro</h2>This project started out as an endeavor to learn Fusion 360. Previously I had mostly used Solidworks at the hobby/maker level but wanted to learn Fusion 360 as most parametric uploads were saved in f3d files. At first I wanted to use snap fits to create a box that snapped together with panels to mostly print the box in one plate. I did not have much experience with snap fits and figured it would be a good project to get some exposure on designing snap fits. This quickly led to a design that created a box with larger dimensions than I hoped for as I am storing my filament in cubby style furniture. I needed the box to be as small as possible, preferably to match the size of standard filament boxes provided by filament manufacturers. I moved on to designing a standard box and lid configuration. I always wanted the box to incorporate both honeycomb pattern and rounded corners. This proved rather difficult in Fusion 360 which led to another “learning” issue. Went with the “sheet metal” technique to wrap patterns around cylindrical and flat surfaces. This unfortunately made the design somewhat non-parametric. Technically it is parametric in that the pattern is equation driven but there are some parameters that rely on dimensions I could not parameterize due to the “sheet metal” technique.&nbsp;The box was originally designed around Bambu sized spools with just enough clearance to store the spool along with a vacuum sealed bag. The next step in the project was labeling. I landed on using inserts to label the boxes after some inspiration from the Honeycomb Storage Wall. The idea of using modular inserts was more of a happy accident than design intent. Once the insert snaps were designed and working, I modeled a multitude of inserts to allow for coloring and labeling in endless configurations. I have included inserts both with text and without text. I designed the inserts around the idea of using blank inserts as filament swatches and keeping the labeled inserts white with black text. I also designed a stacking insert to be used for those storing filament in the XY plane. The stacking inserts do work for the YZ plane as well, but it is nowhere near as stable as stacking in the XY plane.<h2>Hex Spool Box Notes</h2><h3>Dimensions</h3><figure class="image image_resized" style="width:100%;"><img src="https://makerworld.bblmw.com/makerworld/draft/153861/2023-10-24_8448f422e60d6.png"></figure><h3>Printing Profile Notes</h3>I have included two printing profiles for the Hex Spool Box: [Hex Spool Box.3mf] and [Box with PLA Inserts Example.3mf]. The former is only the Box and the Lid. The latter includes a PLA insert, Bambu logo Insert and some blank inserts as swatches for identifying the color. This profile is set to be printed by object where filament 3 would be the color of the filament being stored. This profile is simply an example of what a complete box would look like.<ul><li>Layer Height: 0.2<ul><li>If the layer height is set higher than 0.2, the 30 degree overhangs on the Z axis honeycombs become bridges causing bad surface detail and low layer adhesion. Prints will fail if printed higher and unsupported, print at your own risk when chasing speed.</li></ul></li><li>Support: Tree(auto), Support critical regions only, on build plate only.</li><li>Top Surface Pattern: Monotonic<ul><li>Default Monotonic Line creates a large number of tiny gaps that need to be filled, this slows the print and degrades the surface quality of the upper surface of the bottom.</li></ul></li><li>Bottom Surface Pattern: Concentric<ul><li>Speeds up the print, looks better as well if printed on a surface where layers are visible. (Optional)</li></ul></li><li>Wall Generator: Arachne<ul><li>Only changes layer width in a few layers, classic could be used if desired. (Optional)</li></ul></li><li>Infill: 15%</li><li>Infill Pattern: Gyroid</li></ul><h2>Insert Notes</h2><h3>Intro</h3>Inserts can be used to label the box, colorize/decorate, and to add stacking to the boxes. The text and graphics inserts were designed to have only one filament change, the text/graphics is only one layer high and is printed first to minimize filament changes. Due to this design, printing the inserts at 0.2mm layer height is a must. The [SOLID] or blank inserts are provided to use as filament color swatches or simply to add your own text or graphics using built in Bambu Studio tools or a CAD application.<h3>Cautions</h3>When inserting the inserts into the honeycomb, support the back side of the wall. When the inserts are fresh off the plate, the snap is a bit tight. This can be an issue when first inserting the inserts into the hexagons, especially on the hexagons in the Z axis as those tend to be the weakest due to their print orientation. This becomes less of an issue once the snaps on the inserts are worn in a bit from inserting and removing.<h3>Dimensions</h3><figure class="image image_resized" style="width:100%;"><img src="https://makerworld.bblmw.com/makerworld/draft/153861/2023-10-24_36826e2e86fbc.png"><figcaption>Note: Clearance is larger to account for hexagon shrinkage in the Z axis from printing overhangs.</figcaption></figure><h3>Printing Profile Notes</h3><ul><li>Layer Height: 0.2</li><li>Wall Generator: Arachne<ul><li>Helps fill in the text and graphics a bit better.</li></ul></li><li>Infill: 15%</li><li>Infill Pattern: Gyroid</li><li>Support: Normal(auto)<ul><li>Required only for the Stack Inserts, default settings work fine here.</li></ul></li></ul><h3>Naming Convention</h3>Each insert has a sequence of numbers: A x B x C. ABC can be seen as columns, the number will represent the number of hexagons occupied in that given column. See reference images.<figure class="image image_resized image-style-side" style="width:46.93%;"><img src="https://makerworld.bblmw.com/makerworld/draft/153861/2023-10-24_aae54e49541f.png"></figure><img src="https://makerworld.bblmw.com/makerworld/draft/153861/2023-10-24_b0866f5080f0c.png"><h3>Bambu Studio Import and Coloring Workflows</h3>Importing [Inserts Combinedv2.3mf]No additional steps needed, all coloring and arrangements complete. There are 5 plates: Text and Graphics Inserts, Blank Inserts, Stack Inserts, Material Color Inserts, and Additional Descriptors.Importing [Hex Spool Box Inserts.step]<figure class="table" style="width:99.36%;"><table class="ck-table-resized"><colgroup><col><col></colgroup><tbody><tr><td>1. Open Bambu Studio, import [Hex Spool Box Inserts.step].</td><td> </td></tr><tr><td>2. Split the [Hex Spool Box Inserts.step] object to objects.</td><td><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/153861/2023-10-28_57794f48a43b9.png"></figure></td></tr><tr><td>3. Each insert will now be contained in an object. Objects listed as [SOLID] are inserts that do not have text or graphics that necessitate multi material. These objects can be modified with the Text shape tool, see notes below these instructions on how to add Text shape objects to [SOLID] objects.</td><td> </td></tr><tr><td>4. Arrange all objects and split each named insert to parts.</td><td><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/153861/2023-10-28_3ade975e1742.png"></figure></td></tr><tr><td>5. Once split, multiple parts will be listed under the object. The first part(*_1) is the main insert body, the remaining parts constitute the text or graphics bodies, change these part's filament for coloring.</td><td><figure class="image image_resized" style="width:100%;"><img src="https://makerworld.bblmw.com/makerworld/draft/153861/2023-10-28_f62d2220e49e9.png"></figure></td></tr><tr><td>6. Repeat process for all inserts with text or graphics.</td><td> </td></tr><tr><td>7. Once complete, CTRL+A to select all objects, select Rotate (r) in the toolbar and set Y to 180 degrees to lay all objects flat on the plate.</td><td> </td></tr></tbody></table></figure>&nbsp;Bambu Studio Text Shape Tool WorkflowThe steps outlined below are to create exactly one layer high (printed @ 0.2) text that sits flush with the insert. If emboss or deboss is desired, change the embedded and thickness values and move the text_shape accordingly. <ol><li>Select a [SOLID] object to add text to.</li><li>Create a text object with the Text shape tool, ensure the Thickness is set to 0.20 and Embedded is set to 0.00.</li><li>Select the text_shape object then select the move tool. Subtract the current Z position value by 0.20 (3.10 - 0.20 = 2.90).</li><li>Set the text_shape object filament.</li><li>Rotate insert (assembly of insert object and text_shape object) 180 degrees to lay it flat on the plate.</li></ol>Adding Text and Graphics to an Insert in Fusion360Here is a quick rundown on adding custom text and graphics in Fusion360.<ol><li>Create a sketch on the top surface of an insert.</li><li>Add text or graphics sketch.<ol><li>The font I used for text is Dosis ExtraBold, height is 9mm, and character spacing 10.00.</li><li>For logos, I typically find svgs or images and convert them to svg and import the svg. Once imported, scale the sketch and position it, some guide lines before importing really help to position the sketch paths.</li></ol></li><li>Extrude sketch path to a distance of 0.2mm down into the insert body. Set the operation to New Body, NOT Cut.</li><li>Use the Combine tool. Select the insert body as the Target Body, select the rest of the bodies that encompass the text or graphics as the Tool Bodies. Set Operation to Cut, lastly tick the Keep Tools option. This will create a cut in the insert matching the text/graphics and keep the bodies to easily set the filament in Bambu Studio.</li><li>Export the component as a step file and follow the instructions above for splitting objects and setting the filament for the text/graphics in Bambu Studio.</li></ol>&nbsp;

Hex Spool Box

盒子

FijBar

Hellooo here is a nice model of Olaf. I didn't know whether I should mark it as original because it's from the film, but from what I've seen of the others, everyone makes it so original. Everything is made up of individual parts so that you can print it beautifully and colorfully without ams. I hope you like it, share it with friends and relatives and have fun. Feel free to visit my page to see other cool models.

玩意儿

架子

盒子

手办