pauleley

EEEEEE

<img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000451625/design/2024-05-02_fca96dd1e2ab8.gif">The model prints in PLA at 100% infill in 45 minutes. &nbsp;There are two parts, the plane and wing. Remove both from the bed, being careful not the bend anything. The main structures of both wings will be facing towards the back wings at a 2.5 degree angle, make sure that the seperate wing is facing the right way when assembled. &nbsp;To assemble, place the wing on a flat surface with the connections facing up. Carefully but forcefully press the plane down onto the center connection of the wing until it locks into place, and there is no gap between the connection and the plane. Pick up the wing with the plane attached and carefully press the 4 side connections into their respective slots, making sure not to bend the plane&#39;s wing. The tolerances are very close to ensure that the plane doesn&#39;t come apart during flight.&nbsp; Next, fold up the two stabilizers fully and lightly fold up the elevators 15-25 degrees as shown in the GIF. Give the plane a light test throw like a dart. If it veers to one side, you didn&#39;t connect the wing carefully enough. This can be fixed by finding the bend in the wing and trying to correct it. If it flies straight, but goes up and then down, lower the elevators. You can optionally fold up the four ends of the wings slightly to change the look of the plane and increase its horizontal stability (Helps with incorrectly connected wing).&nbsp;A textured PEI plate or glue is recommended, as the N shapes on the separate wing are difficult to print. This model slightly trades off the ease of use of previous models for much better looks, and while it can outperform v4, it was not specifically designed to. It took many iterations to fine-tune the tolerance and performance of the plane.

Flying Biplane/Glider v5

Toys

michelem

<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000139309/design/2024-04-23_b4afa61493a71.png"></figure>A VERSATILE EVERYDAY COMPANION&nbsp;Imagine having a versatile tool that effortlessly fits into your pocket, ready to tackle an array of tasks.&nbsp;Meet the SmartBits – a compact marvel that seamlessly combines multiple functions in a sleek design.&nbsp;This tool serves as both a screwdriver and a bit holder, providing easy access to 8 different bits for various applications.&nbsp;Activating the tool is a breeze – a simple slide on the exposed bar causes the bits to extend from the opposite end. The magnet effortlessly guides them back into position. Never forget it open.&nbsp;Thanks to the additional embedded magnets, each bit is securely held in place, ensuring they remain steadfast whether you&#39;re on the move or storing the SmartBits in your pocket.&nbsp;It&#39;s the ideal companion for your everyday needs, effortlessly blending convenience and functionality.&nbsp;Print Instructions:&nbsp;Support is required for both the Base and the Slider. Please verify the 3mf file with Bambu Studio if there&#39;s any uncertainty.&nbsp;Place the Slider with the magnet holes on the build plate and add regular support.&nbsp;Position the Base with the side opening on the build plate and add regular support.&nbsp;There is an alternative version of the base with flat bottom you can print with it on the build plate, but it requires support too.&nbsp;No support is needed for the Button and Lid.&nbsp;I recommend printing everything with a minimum resolution of 0.16mm.&nbsp;Bill of Materials (BOM):&nbsp;You&#39;ll need some magnets and a few screws:<ul><li>12 magnets, 5 or 6mm x 2mm</li><li>4 screws, M3 Socket Head, 8mm</li></ul>Assembly Instructions:<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000139309/design/2024-01-15_7862deb2dfe4.png"></figure>Start with the base and insert 2 magnets into the two rectangular holes; no glue is required there.&nbsp;Next, with a bit of glue, add 1 magnet to the Base in the slider housing. Be cautious, as this magnet is the only one that needs attention to its side, opposite to the one you put in the center hole of the slider (to be attracted).&nbsp;Now, take the Slider and glue 9 magnets on the bottom holes; again, the center one must have the same side as the magnet you put in the base slider housing.&nbsp;Insert the slider into the base, add the lid, and tighten the lid screws.&nbsp;Finally, attach the button to the slider with the last screw.&nbsp;If the slider doesn&#39;t return to its position, slightly loosen the screws.&nbsp;If you want I added also a cord endcap to be printed, look at the pictures, insert the paracord or similar in the bottom hole of the Endcap_Base make one simple knot on both ends, finally close it with the Endcap_Lid.&nbsp;Also, take a look at the <a target="_blank" href="https://makerworld.com/en/models/134027" rel="nofollow noopener">Magnetic Pocket Screwdriver</a> I crafted.&nbsp;Hope you like it!&nbsp;(Got inspired by the Bit Bar by Big Design)&nbsp;Check out my other magnetic tools for your office:&nbsp;<figure class="table" style="width: 94.97%"><table class="ck-table-resized"><colgroup><col><col></colgroup><tbody><tr><td style="text-align: center"><figure class="image image_resized" style="width: 49.2%"><a href="https://makerworld.com/en/models/146614" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000139309/design/2024-01-23_b0f041b578fc2.png"></a></figure></td><td style="text-align: center"><figure class="image image_resized" style="width: 50.26%"><a href="https://makerworld.com/en/models/143760" target="_blank" rel="nofollow noopener"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000139309/design/2024-01-23_bf112a67f1d5b.png"></a></figure></td></tr></tbody></table></figure><ul><li><a target="_blank" href="https://makerworld.com/en/models/146614" rel="nofollow noopener">The magnetic cable clips</a></li><li><a target="_blank" href="https://makerworld.com/en/models/143760" rel="nofollow noopener">The magnetic ScrewGuard</a></li></ul>

SmartBits - Magnetic screwdriver bits holder

Tools

Sneezer

I created an adapter for the LED lamp 001 Base.&nbsp;With the adapter, it is possible to accommodate a D1 Mini ESP8266MOD 12-F (or similar) and a WS2812B 12Bit 50mm RGB LED ring.&nbsp;This gives you the opportunity to operate the lamp with WLED.Many beautiful and customizable "light games" become possible in this way.&nbsp;I attached the ring with 4 pcs. 2x4mm notebook screws.&nbsp;On this page https://kno.wled.ge/ you will find everything you need to know about setting up and operatingNeed to know about WLED.&nbsp;In any case, describe the ESP8266 with the software before installation. When it is inserted into the base, you can no longer reach the USB port. It is best to test everything and then install it.&nbsp;I took a normal USB cable and power supply (in my case I still had a 850mA) as a power supply and soldered everything.&nbsp;I fixed the ESP8266 with some hot glue.&nbsp;The adapter can be glued or screwed into the base when everything is soldered and mounted. It also holds up quite well for me.&nbsp;Here are a few links:&nbsp;I don't get any money or anything else for clicking or buying!&nbsp;The ESP8266 I used:https://amzn.eu/d/0C0VwTQ&nbsp;The LED ring I used:https://amzn.eu/d/1UwBPU7&nbsp;All about WLED:Https://kno.wled.ge/&nbsp;I would be happy to see some creations from you!Have fun printing and crafting!

LED Lamp 001 WLED ESP8266 Adapter

themixtalk

Ham Shack Door Sign

Ham Radio 

Jens93

Printed with Sunlu PLA WoodNormal 0.4 Nozzle; 0.16mm Layer HeightFuzzy Skin for the real wooden/realistic rope lookSlowed down for good overhangsspecial added support for the handle so it doesn't break offI've printed the vase in 150% (20cm height) and in 100% (13cm height) perfectly.&nbsp;All credits for this model goes to <a target="_blank" href="https://www.thingiverse.com/davemakesstuff/designs" rel="nofollow noopener">DavemakesStuff</a>

Coiled Rope Vase

Vase

3DPrintCraft

This is my latest remix of the puzzle maze. Difficulty: 8 Pieces: 2 Printed in PLA Silk for that nice shine. The Box aligns perfectly when closed. It looks like a secret box. Add a note inside or slip some money inside as a gift to someone. Please note the solution before closing, in case you have trouble opening it after. Do never force movements or the inner nobs may wear/break. It should be a smooth motion or you are on the wrong path. Like this? Check out my other Maze Puzzles: Mini Maze Puzzle (Heaps of fun!) <a target="_blank" href="https://makerworld.com/en/models/62959" rel="nofollow noopener">https://makerworld.com/en/models/62959</a> Large Piggy Bank Maze Box: <a target="_blank" href="https://makerworld.com/en/models/58615" rel="nofollow noopener">https://makerworld.com/en/models/58615</a> Golden Gift Box - Small Maze Box: <a target="_blank" href="https://makerworld.com/en/models/51912" rel="nofollow noopener">https://makerworld.com/en/models/51912</a> Enjoy!

Puzzle Maze with knurled style. 

To Print

Encrust3d

1/26/2026 update: u/Flyrockets informed me of an error that is occurring on Firmware 01.01.50.24 (beta tester firmware) that the nozzle will hit the build plate aligner after the third layer and cause an error, causing the print to stop. I have updated this design to lower the aligner to be 0.5mm above the Textured PEI build plate vs the 3mm it was previously. This shouldn't cause any errors as the third layer should be over 0.5mm in most cases, but I do not have the 01.01.50.24 firmware to confirm. Please let me know if you experience any errors while using this updated design and I will update it again. To easily remove your build plate aligner and update to the new one, remove the old build plate aligner starting with the lober side and simply push it down and off the heat bed.&nbsp;If you are enrolled in the beta firmware program with Bambu, please check your printer firmware before printing. If you are enrolled in the beta firmware program with Bambu, you will need the updated design. If you are not part of the beta firmware program, the original design will work great for you if your firmware is 01.01.01.00 (stock firmware)&nbsp;This is a guide for aligning the build plate on the Bambu Lab A1 printer I designed in Fusion 360. I have been having problems getting my build plate perfectly straight on my new A1 printer so I designed this to clip on to the right rear corner of the A1 heatbed to help align the build plate. This build plate aligner prints in less than 20 minutes and uses less than five grams of filament. This design has been tested to ensure it does not interfere with bed leveling or nozzle cleaning. This design needs to be printed in the orientation I have uploaded it in for proper fit.&nbsp;You can not mirror this design and use it on the left rear side of the bed. The nozzle will hit it when changing filaments or cleaning the nozzle and cause the print to stop.&nbsp;Printing in PLA works, but PETG is the better material to use for this aligner. If you find this model to be a little loose, it is to ensure it can be removed from your bed if you do not want it on anymore. I had numerous versions of this that fit perfectly but had to be cut off to be removed. I do not want you to have to cut this off of your printer if you want it removed.&nbsp;If you are interested in a A1 heatbed cable support clip, you can download it here: <a target="_blank" href="https://makerworld.com/en/models/118957#profileId-127976" rel="nofollow noopener">https://makerworld.com/en/models/118957#profileId-127976</a>&nbsp;

A1 Build Plate Aligner

Bambo A1

giamma933

Print at 100% infill with a layer height of 0.08mm with a base layer of 0.16mm&nbsp;Filaments Used:PLA BambuLab Basic Black Transmission Distance: 0.6PLA BambuLab Matte Scarlet Red Transmission Distance: 2PLA BambuLab Basic blue silk Transmission Distance: 3.5PLA BambuLab Basic Jade White Transmission Distance: 4&nbsp;Swap Instructions:Start with BlackAt layer #7 (0.64mm) swap to Scarlet RedAt layer #12 (1.04mm) swap to blue silAt layer #20 (1.68mm) swap to Jade White for the rest.&nbsp;