R0k3z

markan1988

Holder for tales. Nicer version here: https://cults3d.com/en/3d-model/game/karak-carcassonne-tile-holder

Karak/carcassonne card holder

Games

How To Homemade

How to print your own card and program it correctly:<ol><li>Buy required NFC Tag</li><li>Customize your Card</li><li>Slice your Card</li><li>Print it!</li><li>Programm the Card</li><li>Enjoy using!</li></ol>&nbsp;1. Buy required NFC Tag:<figure class="image image-style-align-right"><img src="https://makerworld.bblmw.com/makerworld/draft/620810/2024-03-03_jc1u1l223z4q.jpg"></figure>An ntag216 is used as the NFC tag. This can later be easily programmed and read using your smartphone. A total of 888Bytes of memory is available.Purchase links: Amazon (USA): <a href="https://www.amazon.com/dp/B07PM45WV2" rel="nofollow">https://www.amazon.com/dp/B07PM45WV2</a> Amazon (Germany): <a href="https://www.amazon.de/dp/B093WVWSGJ" rel="nofollow">https://www.amazon.de/dp/B093WVWSGJ</a>&nbsp;2. Customize your Card:Open the "NFC Business Card.stl" File in any Slicer where you can add Text to your Modell (e.g. OrcaSlicer or BambuStudio) and customize your Card. Otherwise, you can also open the “NFC Business Card.step” file in the 3D software of your choice and add text and icons there.&nbsp;3. Slice your Card:<figure class="image image-style-align-right image_resized" style="width:25.69%;"><img src="https://makerworld.bblmw.com/makerworld/draft/620810/2024-03-03_68w2c6fpowcx.png"></figure>Important slicer setting:Layer height: 0.12mm First layer height: 0.2mm Support: offAdd a pause at Layer 5 (or at height 0.68mm). 4. Print it!:<figure class="image image-style-align-right image_resized" style="width:27.86%;"><img src="https://makerworld.bblmw.com/makerworld/draft/620810/2024-03-03_fuca5iljrnv4.png"></figure>start printing and wait until the first four layers are printed successfully. Now you have to place the NFC tag with the adhesive side in the hole in the middle and press it lightly. Now you can resume your print.&nbsp;5. Programm the Card:To program the card you only need your smartphone and an NFC app (I recommend using NFC Tools <a href="https://play.google.com/store/apps/details?id=com.wakdev.wdnfc" rel="nofollow">https://play.google.com/store/apps/details?id=com.wakdev.wdnfc</a> )Go to the Write tab and then press Add a record.Here you can, for example, select URL/URI to link to a website or Text to simply save text on the card (note, the memory is limited to 888 bytes, so keep it short). Otherwise there are many other options open to you, get creative!When you have added all the data, click on Write / XXX Bytes and then hold your card to your phone.&nbsp;6. Enjoy using!:You can also use your cards as a ToDo list, for example. Put a card on your desk, one in the workshop, one in the kitchen, etc. Then, for example, write on the card what you still want to buy or what you need to do in the garage.Your family members can also easily read the notes and add their own.&nbsp;

Custamizable NFC Business Card

hlrcreations

Print at 100% infill and 2 walls with a layer height of 0.08mm with a base layer of 0.16mmFilaments Used: Bambu Basic black Transmission Distance: 0.6 Bambu Basic simble green Transmission Distance: 8 Bambu Matt Dark Brown Transmission Distance: 2 Bambu Basic Jade White Transmission Distance: 4 Swap Instructions: Start with Black At layer #10 (0.88mm) swap to Green At layer #13 (1.12mm) swap to Brown At layer #16 (1.36mm) swap to White &nbsp;

Tree of life (Hueforge)

Do druku

3D Printbit

Responding to feedback, I have added a version with NO BRIM. I originally added a brim just in case of curling due to the thin base and walls. It's probably not necessary but peace of mind for little extra time and very small effort in removing it afterwards. There are numerous variations out there for this product. I wanted to print a simple but effective dump box and I thought instead of using magnets to hold it in place just use the existing screw that holds the chute in place. NOTE: I unscrewed the original black screw from the lower mount of the dump chute. Then used one of the slightly longer silver headed screws - I think it was used in the packaging material from delivery. Leave it unscrewed a little for the chute to clip onto. This design appears to be very thin in body thickness but I didn't see the point in printing one with 3mm or 4mm thick walls. It only holds lightweight filament. This is easy to remove for emptying and does not effect rolls mounted on the rear of the printer. &nbsp;I'm sure other designs serve their intended purpose. This is a very straightforward design and I thought it might be useful to someone. It might appear to be a remix of someone else's work and with the amount of these chutes out there it's quite possible. Apologies if this is the case.

Bambu P1S Poop chute - no magnets

Bambu

3D design shop

After a long journey, I've finally completed my flexible skeleton dragon.&nbsp;It's a fun piece of toy that's incredibly flexible, with virtually all joints capable of movement. It has become a huge hit with the kids at home!&nbsp;I printed it on a smooth surface, which eliminates potential issues with adhesion on a textured bed. If adhesion problems persist, I recommend adding a brim.&nbsp;Improved version

Articulated Skeleton Dragon

Printed

eclien

I would like to introduce the LienCNC V2, which is a CNC router I designed as an upgrade to my previous CNC Router. I completed this new router design and build during December of 2020. The previous router I used was the R7 CNC which was a project I helped develop with my friend Brandon who owned SMW3D/HobbyFab. The R7 CNC was a great machine and cut all the aluminum parts required to build my new machine. The majority of the work I do on my router is cutting aluminum, so I wanted something with higher stiffness, higher mass for dampening vibrations, and all around overbuilt just how I like it. &nbsp;The performance of this new machine checks all the boxes I had hoped for during my time in Solidworks designing the upgrade. The major specifications for this CNC design are as follows:&nbsp;Construction: 8020 Aluminum Profiles and ½” ATP-5 Cast tooling plates Motion: RM1605 (5mm pitch) Ball Screws, HGR20 Linear Rails, Nema24 3Nm Closed Loop Steppers Spindle: 2.2KW ER20 220V 24000RPM Spindle Controls: Minisforum UM300 MiniPC into CNCDrive AXBB-E Controller w/ UCSB Breakout Software: CNCDrive UCCNC 1.2113 Power Supplies: 48V/20A Main PSU, 24V/2.5A PSU, 5V10A PSU, 48V-to-12V 5A Buck Converter Machine Travel: X=738mm / Y=724.5mm / Z=129mm Max Speed: X=8,000mm/min / Y=10,000mm/min / Z = 8,000mm/min&nbsp;There are not a ton of 3D printed parts on this CNC, the majority of them are cut out of ½" aluminum. But I wanted to make the design available here since I think there is a lot of crossover in the maker community between 3DP and CNC machining. Due to the file type and size limitations on makerworld I cannot upload all the files I have made available. For additional details and the most up to date information Please see my Github repository at:<a target="_blank" href="https://github.com/eclsnowman/LienCNC-V2" rel="nofollow noopener">https://github.com/eclsnowman/LienCNC-V2</a>&nbsp;In the files I have on my Github are all my native Solidworks 2018 design files, as well as those files converted into many other 3D formats including; Fusion360, Step, Iges, Etc. &nbsp;It is also out on Onshape: <a target="_blank" href="https://cad.onshape.com/documents/7925f5cfb31619e7f18499a5/w/4ba7961a002dc98003c3f25c/e/a22e33a006f69546cb8de1a5." rel="nofollow noopener">https://cad.onshape.com/documents/7925f5cfb31619e7f18499a5/w/4ba7961a002dc98003c3f25c/e/a22e33a006f69546cb8de1a5.</a>&nbsp;In addition to 3D models, I have included PDF, DXF, and DWG prints for all the major fabricated components and assemblies. The manuals for all the components that I referenced for configuring my build are also included. Lastly I have included my UCCNC configuration *.pro” file which has been tuned and setup for this machine.&nbsp;The only item I have not included is a wiring diagram. Unfortunately the time it would take to make a wiring diagram to the caliber I could feel proud of is just not something I have time for right now. Building a CNC requires a fairly ample back catalog of knowledge to take on. If the wiring of a project like using the electrical manuals is not something you feel comfortable with, then seeking advice from an expert on your project would be advised. That being said I have included pictures and 3D models of my electrical cabinet design that you could use as reference on your own project.&nbsp;I hope the files, resources, pictures, and designs I have provided here can help you if you decide to take on this project. And if you don’t build this design, I hope these resources can act as a jumping off point for your own project.If you find any errors that I should correct please feel free to submit a pull request with the changes, or submit an issue and I will do my best to correct the problem as time allows.Happy Making, – Eric Lien

LienCNC V2 (CNC Router)

Woodworking 

michelem

<figure class="image"></figure>I present to you my Perpetual Magnetic Calendar, perfect for adding a touch of design to your home or office.&nbsp;The calendar consists of a wheel that houses the months of the year and the days of the week, supported by a pedestal.The transverse axis has the days of the month imprinted on it, while three markers complete the calendar to always identify the exact day!&nbsp;The marker for the days of the month should be moved every day by sliding it to the corresponding number.&nbsp;The other two markers are magnetic, ensuring a WOW effect for those who consult it. In particular, the magnetic marker for the days of the week may seem ordinary, but the one for the month of the year will surprise you by remaining suspended in mid-air!&nbsp;<figure class="media"></figure>&nbsp;Printing:&nbsp;It is recommended to use preset profiles, making sure to use high resolution for the parts with texts.&nbsp;The pieces are not huge, so you can use a resolution of 0.16mm (0.12 even better) for the whole wheel and the axis where the text is located.You can also use adaptive resolution and set a high one only for the top part where the text is, it&#39;s up to you.&nbsp;Colored text&nbsp;You need to change at least one color for the texts otherwise you won&#39;t see them. With AMS it&#39;s simple and you can use multiple colors to print the wheel texts. if you don&#39;t have an AMS, just add a pause when the texts starts and simply change the filament till the end of the print.&nbsp;Inserting Magnets:&nbsp;For the marker of the month and the days of the week, insert the magnet during printing with a bit of glue.&nbsp;<figure class="table"><table><tbody><tr><td><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000109567/design/2023-12-27_bec6b379194dd.jpeg"><figcaption>Month marker with magnet inserted during the pause. I know I have to clean my plate… :-)</figcaption></figure></td><td><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000109567/design/2023-12-27_237ec03a77104.jpeg"><figcaption>Weekdays marker with the magnet, remember to add a drop of glue and wait a minute, so it won&#39;t get attracted by the nozzle</figcaption></figure></td></tr></tbody></table></figure>&nbsp;Pay attention to the orientation of the magnets! The two markers must have the magnet&#39;s orientation opposite to the one you will insert in the holes, so they attract each other.&nbsp;Before you insert the magnet put a bit of glue and wait so the magnet won&#39;t get attracted by the nozzle when you restart the print.&nbsp;Month Marker: Printed with the sphere facing upward. At level 106, insert a pause to place the magnet. The magnet should be oriented with the TOP side opposite to the side of the magnets in the month holes.&nbsp;Days of the Week Marker: Printed with the base of the half-sphere on the plate. At level 20, insert a pause to place the magnet. The magnet should be oriented with the BOTTOM side opposite to the side of the magnets in the holes for the days of the week.&nbsp;By the way, presets profile has everything set up yet.&nbsp;For an extra smooth finish, I would recommend ironing all the top layers of the wheel.&nbsp;BOM and Assembly:<ul><li>21 magnets 5mm x 2mm (diameter x thickness) eg: https://t.ly/i8UwR</li><li>about 10 cm of sewing thread</li></ul>Assembly is simple and intuitive, making sure to respect the orientation of the magnets!The magnets must have the connecting side opposite to that of the respective marker to attract each other. Use a bit of glue for the magnets on the wheel.&nbsp;I would suggest to have the markers ready before you glue the rest of the magnets on the wheel so you can know the correct orientation using them.&nbsp;For the axis of the days of the month, glue may not be necessary, but it can be used to securely attach it to the wheel.&nbsp;Finally, the most challenging task: tying the sewing thread.&nbsp;This step can be a bit tricky as you need to determine the perfect length for all the months.Technically, this length is consistently about 82mm (from the axis hole to the wheel).Begin by tying one end of the thread to the month marker and inserting the other end into the small hole on the axis.Now, thread the other end into the hole on the back support without tying it and wrap the thread around the support twice to have it in pace but still adjustable.Verify that the length is correct by adjusting the marker into the month slots and pay careful attention to the thread length so that the magnets attract each other without touching.Once satisfied, secure the thread with a finger and apply a drop of glue to fix it in place.&nbsp;The WOW effect is guaranteed!&nbsp;A happy 2024 to all makers!&nbsp;UPDATE 03 Jan 2024:<ul><li>Added files and profile to use only 6x3mm magnets</li></ul>&nbsp;UPDATE 04 February 2024<ul><li>Added wheels in different languages (Italian, German, Spanish)</li></ul>&nbsp;

Perpetual Magnetic Calendar

Do domu

Sakul

Replica of Krato's axe from God of War. The axe head is completely 3D printed, the handle is made of wood.For easier assembly you can use the alignment holes in the model in combination with some 1.75mm filament. <figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/304805/2023-12-24_8093e1d6ef4c8.gif"></figure>❤️Kratos likes that❤️