Al Martinsen

luminaeclipse

This is made from TPU  I have 3 print profiles each with different dimensional models for different material and tolerances.  1 . Red  -  is made from TPU flexible material fits snugg in a samsung s22 usb c port 2 . Grey - is made from PLA rigid material fits snugg in a samsung s22 usb c port 3 . Black- is made from PLA rigid material fit is slightly looser depending on printer and material brand used, this profile was set up for a reviewer on this page and has worked well for a few different people.  Introducing our high-quality USB-C dust covers, designed to protect your valuable devices from dust and debris. Keep your USB-C ports clean and safe with these convenient and durable covers. Easy to use and compatible with various devices, these covers are essential for maintaining optimal connectivity.&nbsp;Warning: Please keep these USB-C dust covers out of the reach of children. They are small and could pose a choking hazard. Ensure responsible use and storage to prevent accidents. Protect your devices and your loved ones with our USB-C dust covers. Note: Any questions please ask and I will try to answer them for you.

USB C dust cover

Utilities

Fletch

Last year the bugs were able eat a bunch of my strawberries, not this year! While preparing the greenhouse for spring planting, I was surprised to find that a few of my strawberry plants were already flowering. Last year I tried a net trellis with some success, however the bugs still got too many of the delicious strawberries. I wanted to try something different this year and decided to make some strawberry supports.&nbsp;I placed these on plants that had been planted in previous years, it should be easier to place them with new plants.&nbsp;I recommend letting the build plate cool for a few minutes before attempting to remove to prevent accidentally damaging the print. PETG will provide better protection against UV rays. I printed these in PLA this year and will replace them next year if needed.&nbsp;SizesFull size<ul><li>224mm W x 224mm D x 80mm H</li><li>8.8&#34; W x 8.8&#34; D x 3.1&#34;H</li><li>Center Diameter - 80mm (3.1&#34;)</li></ul>&nbsp;Mini Size<ul><li>174mm W x 174mm D x 80mm H</li><li>6.8&#34; W x 6.8&#34; D x 3.1&#34; H</li><li>Center Diameter - 62.4mm (2.5&#34;)</li></ul>&nbsp;

Garden Strawberry Support

Garden

VegaWoodWorks

A classic birdhouse design. This is an easy print requiring no supports. Snap together fittings for easy assembly. Can be used with or without a perch. Fuzzy skin on the body looks great. I recommend using PETG.

Classic Birdhouse

Bird Houses

TrendtB

Make your kitchen herb gardening easy - ideal for busy cooks and gardening enthusiasts, this planter ensures your herbs stay hydrated and fresh, even on your busiest days. If you're an avid cook, or know someone that is - start printing now and add a touch of green to those kitchen counters!&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/323633/2023-12-29_27004b97fd569.gif"><figcaption>Make various patterns and arrangements with multiple planters</figcaption></figure>&nbsp;Inspired by my wife's passion for cooking with fresh herbs, this planter is designed to blend seamlessly into any kitchen aesthetic. Perfect for those who appreciate both functionality and style in their cooking space.&nbsp;<h3>KEY FEATURES</h3><ul><li>Easy Self-Watering: Built-in reservoir keeps herbs hydrated.</li><li>Artistic Design: Intricate floral pattern forming a love heart, adding a decorative touch.</li><li>Dual-Purpose Base: Use a standalone base as a stylish container for herb gardening tools.</li><li>Batch Printing Profiles: Optimized for quick and efficient batch printing.</li></ul>&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/323633/2023-12-29_0b77f080a19a4.gif"><figcaption>The floral design allows you to play with different patterns depending on how the planter is placed.</figcaption></figure>&nbsp;&nbsp;<h3>HOW IT WORKS</h3>The planter is designed to slowly absorb water from the reservoir (base), which you occasionally top up with water. There is a seam that acts as a guide for how far to fill. Don't fill over this line or water will be pushed out through the top!<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/323633/2023-12-29_f7d43224f4262.gif"><figcaption>The base acts as a reservoir of water - fill to just below the seam then place your plant on top</figcaption></figure>&nbsp;When you're planting your herb in the top half, it is recommended to use a wicking material at the very bottom. This helps to slowly absorb water into the soil and roots. You can place a couple of cotton balls / cotton wool in the bottom of the pot to do this. Then fill with soil, and your herb of choice.&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/323633/2023-12-29_d13556ba7b91.gif"><figcaption>Place cotton wool into the bottom of the pot to act as a wicking material.</figcaption></figure>&nbsp;&nbsp;<h3>PRINT SETTINGS</h3>Use the designer profiles to ensure the base is water-tight, or you'll risk water seeping through the print! If you're looking to adjust the profile, or build your own - these are the key settings to maintain ensure there are no leaks:<ul><li>Infill overlap: 50%</li><li>Walls: 3</li><li>Top shell layers: 5</li></ul>Additional profiles have been provided to batch print, or print using a single plate and color.

Self-watering Herb Planter for the kitchen

Decoration

Kitchen

RevHazlett

This is entirely <a target="_blank" href="https://www.printables.com/@chuyskywalker" rel="nofollow noopener">chuyskywalker</a>'s work, I'm just sharing an optimized 3MF built in Bambu Studio 1.7.3.50. I love these containers and periodically use them to test new filaments on so wanted to share my optimizations.&nbsp;There are three plates - one that will print two containers (one at a time by object), a plate with just a single container, then one that has four container's worth all spread out (printed by layer).&nbsp;The biggest difference is the total re-working of walls and infill patterns.&nbsp;I cut the global settings back to more standard settings (four walls, four top and three bottom shells, etc) and then used cylindrical modifiers inside the canisters to re-create the original honeycomb patterns.<figure class="image"><img src="https://media.printables.com/media/prints/548725/rich_content/7e93e11f-63ed-417a-8ab9-e5ef27358cad/thumbs/cover/800x343/png/image.webp"></figure><img src="https://media.printables.com/media/prints/548725/rich_content/7e6989f3-1b29-49fb-af46-7e9307a047cc/thumbs/cover/800x305/png/image.webp">This results in a stronger part using only 3g more material (from 52g to 55g) but saving 19% print time (1h23m to 1h7m). It could be faster if you chose a different global infill pattern (Note: make sure the modifiers keep honeycomb!), but I was most recently printing with a "transparent" Sunlu PLA (don't waste your money) and wanted to see the larger honeycomb structure inside the handles.<figure class="image"><img src="https://media.printables.com/media/prints/548725/rich_content/ef6f2760-1d35-49cb-be93-e9265d893973/thumbs/cover/800x1067/jpg/20230809_161051.webp"></figure>&nbsp;

Desiccant Spool Tumbler (with modifiers!) 

3D printer tools

MadMax3D

Check out my new and <a target="_blank" href="https://makerworld.com/en/models/105448#profileId-112537" rel="nofollow noopener">improved version</a> that also works with the A1 printer<figure class="image image_resized" style="width:9.01%;"><a href="https://makerworld.com/en/models/105448#profileId-112537" target="_blank" rel="nofollow noopener"><img src="https://lh3.googleusercontent.com/pw/ABLVV84lQ342EQyh0hZqx_iXGvAcjWcv7131s3yTuuwsw_Faa0WUlUW8RcZeHFm1LzoDIXkenJSzbeqA8HE8VwbGDU-9y6PrzgkDnnkOYXebyrxuh9qU5eXCGefzWEo1hbkuGKFQB6KmEMEuCk7o6xkkXHhUwdpJMS8gvowvODr53G8jxHVRfzp-UpLk6jpAOGx6wH7lVv0PGUhVDtp2IK6dcwx2g5AJYRFpFQtJUcB-ptKHCqNNhaUIUb-2s5Yj0VLF2NO51ExwVfzAC4VMjhBLAHwUHb1b1IP3OkWpsgWyoMcN0LXtXr876YLKzG2qvdfuG06fppFPZICjCmVWlF1yNGrhMK4eXb1mmIOyMKtbFGoJS9sxEUpkVSFkqF06lJGjSaRAANzVOl4WwnKt3vb0DiTvDbdH_En-PRPDCHyEGZe4rtrPFe_gDec5QU0l2-ur_EbYx83tMAlpdVMVdVJtYUJPxzd8QDTsc_L3ujbl6rcrtZsyO30BLajq4hp_U-m7zvrNYWCsGuBI5rUTHpiyR-iPJqjaJfyEhczQ-X3bHureGvtNl97O5ljGvaERjDpsmEbdpIEvf5v2dy5jurZ7zzLe4rzi2bBtq2ewpGR0mV8bceLp1r9HIjgQKIAPmdjic1zAhfkFmTHb3403eqO_fMOfzCU3bYgwp4OqGlz2gom1Bji11DITYsj_ai7090X0iSIjxkO-r6k0q6eFn_tod61i8qLBhAC4bUtQmTZpLu8V8pD4ucfVj4X5F3RX84rbop4FwsFEXx0QD_aQ9PNewjZgB3LPDIAeER9wJ8rE6MSwj0x8YSLec2zRXIVXNlUfqAaiLoXlrXe71gzGzdBsWeOcglVxWsZLAx0SSZaTli672YEU7mzswv5K2JLX3hLbG6SuR4GT-N8DBhskuT7G0C_gHQ3iawNawrRZkrjMQOWAM-6Ae2zG8AaNW5MhNVMKddko5-yWNTfcfhPu24svhpz_NUwiaaiOG0PHVjlwMEpP9Dg=w1276-h957-s-no-gm?authuser=0"></a></figure>Check out my lead screw cleaner for the <a target="_blank" href="https://makerworld.com/en/models/77336#profileId-81722" rel="nofollow noopener">A1 Mini</a>&nbsp;I was looking for a simple, hands-free way to clean the black soot off the lead screws on my X1C, MK3S and Prusa Mini. To use this cleaner, simply stuff some tissue, paper towel or sponge material in the cavity, douse it in IPA and clip it to the lead screw. Move the z-axis up and down. Be careful not to crush the cleaner between the top or bottom.I've included the Fusion file which has a “snugness” parameter called SNUG. This parameter adjusts the tightness of the fit and is set to .2mm in the .stl. It adjusts the distance between the inner faces of the clip portion. If the clip is too tight, reduce the snugness parameter to .1 or to 0.<a target="_blank" href="https://photos.app.goo.gl/rwRcAqLDimVnrqh19" rel="nofollow noopener">Video Bambu Front Screw</a><a target="_blank" href="https://photos.app.goo.gl/USkbGSJ66UxdCw7VA" rel="nofollow noopener">Video Bambu Rear Screw</a><a target="_blank" href="https://photos.app.goo.gl/EP9oCR47BrkFgzwYA" rel="nofollow noopener">Video MK3S Dual Cleaning</a>I printed it in PLA, .2mm layer height, no supports and no brim.&nbsp;Update 1 Per request for those without Fusion 360, I've added three new .stls with preconfigured snugness settings. Snugness refers to the distance between the inner faces so that it clips snugly onto the screw 8mm. Snug 0 = 8mm, Snug .2 = 7.8mm and Snug .4 = 7.6mm.&nbsp;Update 2 I have provided a configurator in OnShape to be able to create a model with your custom snugness setting between 7.4 and 8 mm. OnShape is a CAD program, much like Fusion 360, but you don't need to have a copy, or even an OnShape account. The design will open in a browser window where you can enter the desired value and generate your own model with custom snugness dimension. See “OnShape Lead Screw Customization.pdf” in the documentation section.

Utilities

Garden

Bird Houses

Decoration

Kitchen

3D printer tools

Bambu Maintenance