user_308634615

oSee3D

Sprache / Language: Deutsch / English&nbsp;<h2>English</h2>&nbsp;A adapter for small filament spools, for the AMS (X1, P1) from Bambulab.&nbsp;The entire adapter weighs less than 90g!This means you get 11 spool adapters made from 1kg of filament.&nbsp;The adapter can be used flexibly and should therefore fit any smaller spool.No additional adapter rings or similar are necessary for adjustment. Simply place the spool on one half, center it and screw the other half of the adapter onto it. Due to the screwing and the flexibility of the printed adapter, which is given by its design, the spool in between is held firmly in place.&nbsp;It couldn't be easier!&nbsp;Note that I tried PLA and that material works very well.&nbsp;Have fun printing!&nbsp;<h2> </h2><h2>Deutsch</h2>Ein Adapter für kleinere Filamentspulen, für das AMS (X1, P1) von Bambulab.&nbsp;Der gesamte Adapter wiegt weniger als 90g!&nbsp;Das bedeutet, dass Sie 11 Spulenadapter aus 1 kg Filament erhalten.&nbsp;Der Adapter ist flexibel einsetzbar und sollte daher auf jede kleinere Spule passen. Zur Anpassung sind keine zusätzlichen Adapterringe o.ä. notwendig. Legen Sie einfach die Spule auf eine Hälfte, zentrieren Sie sie und schrauben Sie die andere Hälfte des Adapters darauf. Durch die Verschraubung und die konstruktionsbedingte Flexibilität des gedruckten Adapters wird die Spule dazwischen fest an Ort und Stelle gehalten.&nbsp;Es könnte nicht einfacher sein!&nbsp;Beachten Sie, dass ich PLA ausprobiert habe und dieses Material sehr gut funktioniert.&nbsp;Viel Spaß beim Drucken!&nbsp;<figure class="media"><div data-oembed-url="https://youtu.be/1AAGYCDpA-I"><div style="position: relative; padding-bottom: 100%; height: 0; padding-bottom: 56.2493%;"><iframe src="https://www.youtube.com/embed/1AAGYCDpA-I" style="position: absolute; width: 100%; height: 100%; top: 0; left: 0;" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen=""></iframe></div></div></figure>

AMS Flex-Adapter for filament spool 

cossin a printer 

mcmaven

<h2>Summary</h2>This is my second clockwork design. It took just under a month from starting the design, to posting it. I modeled it after a Cabestan Triple Axis Tourbillon, which they offer in their high-end watches, and spent many hours looking at Youtube videos of the watch.Similar to the Gyrotourbillon, I tried to make the model an accurate (scaled up) version of the original Cabestan mechanism. I printed the screws to scale, then stuck a 2mm screw in their centers to hold it together. I also included Incabloc shock absorbers by printing clear red 'jewels', and working snap rings to hold them in place.This model is small, about 140mm in diameter. I power it with a 2 Amp USB power supply. Here a real-time video. <a target="_blank" href="https://youtu.be/Imm3mrR06tc" rel="nofollow noopener">https://youtu.be/Imm3mrR06tc</a> This designed moved so fast that a timelapse of it was just a blur. To keep more up to date with what I'm doing I have an Instagram page @mcmaven.pdx, where I'm posting some of my 3D printing and other designs that I haven't posted here. I posted the pulley versions of the L3 Inner Bearing Race (L3 Inner Bearing Race 2a,STL and L3 Inner Bearing Race 2b.STL) and the Stepper Pinion.STL file.Apparently I had the L3 Inner Bearing Race STLs for the gear driven design, and the Stepper Pulley.STL for the rubber band driven design.In my original design, the L3 assembly was gear driven, which is still illustrated in the notes. Gear drive worked fine for the Gyrotourbillon design, but I was having lots of problems finding the correct stepper speed for this Triple design. Too fast and the whole thing would bind up, and too slow, it would intermittently stop. A friend suggested using a rubber band, which led to the version that you see in the video.I would recommend using the Pulley/rubber band approach. That is, print the L3 Inner Bearing Race 2a.STL, L3 Inner Bearing Race 2b.STL, Pulley Brigde.STL, and Stepper Pulley.STL files.However, the L3 Inner Bearing Race a.STL, L3 Inner Bearing Race b.STL, and Stepper Pinion.STL files are included if you want to experiment with a gear driven design.My argument being that the rubber bands provide two benefits. 1) The stepper can be set at a slightly higher speed than necessary, and the rubber bands will slip on the pulley if it is not the perfect speed for the movement, and 2) the rubber bands provide a constant tension, which works well with a movement that periodically locks its position while the balance wheel swings back and forth. If you turn the L3 turntable manually, you can feel the intermittent motion that gets transmitted to it by the escape wheel movement. The rubber bands stretch while the L3 rotation is locked, and contract when the escape wheel turns. Basically acting like a weight would, in weight driven design.Both drive versions are now included if you want to experiment with a gear driven design. I was concerned that using supports would make the bearing race too rough, so the L3 Ring Gear is printed as two parts (a and b), then glued together so you don't have to use supports.&nbsp;Read the Triple Axis Tourbillon Build Notes PDF in the files for more information.Enjoy, McMaven<h2>Print Settings</h2>Printer Brand: PrusaPrinter: <a target="_blank" href="http://amzn.to/2rqZ6Uo" rel="nofollow noopener">i3 MK3</a>Rafts: NoSupports: YesResolution: 1.5mmInfill: 20%Filament: <a target="_blank" href="http://www.amazon.com/s?url=search-alias&field-keywords=Hatchbox+PLA" rel="nofollow noopener">Hatchbox PLA </a>Transparent Red, Black, Gold, Silver

Triple Axis Tourbillon

mechanism

YelTrik Designs - Click FOLLOW

The “Lid Lift” Just got Updated!&nbsp;Version 2 New Update<ul><li>Embedded magnets for storing on the side or back of your Bambu Printer! See Photos.</li><li>Always handy when you need them and simple to remove and store when you don't</li></ul>Note: You need to pause the print two layers before completion to insert TWO 10mmx3mm rare earth magnets. This is your responsibility as the Print Profiles will not do this for you. If you don't want to use this magnetic feature, don't pause the print.&nbsp;The “Lid Lift” vents the chamber for printing PLA and PETG filament. Fits with and without a lid lifter. See photos!&nbsp;Features:<ul><li>Vents chamber for printing with PLA or PETG</li><li>Designed specifically for those who have the AMS on top</li><li>Helps protect the glass lid by distributing the weight of the AMS when loaded with filament</li><li>Simple to install and remove with AMS on top</li><li>Can be used without an AMS on top as well</li><li>Works with many lid risers (see last photos)</li><li>Simple inexpensive print</li></ul>Is your AMS on top of your Bambu Printer? Have you been leaving the front door open to vent the chamber? Me too, and I was always worried someone would walk by and hit the front door, breaking it. As seen in the photos, this Lid Lift wedge supports the glass from the front all the way to the front feet of the AMS. This helps support and protect the glass by distributing the weight of the AMS with up to 4kg of filament! &nbsp;Bonus: Simple to install and remove as needed without removing the AMS. &nbsp;Note: I recommend NOT using the lid's knob to lift the glass when installing and removing. Instead, from the inside of the chamber push the glass up enough to insert the “Lid Lift”.&nbsp;<a target="_blank" href="https://makerworld.com/en/u/1072890529" rel="nofollow noopener">Click here to checkout my other accessories</a>&nbsp;

cossin a printer

mechanism

accessoires