wukonggt

Fyrby Additive

V-Spooler

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Clock_Watchdog

EDIT1: uploaded a V2 version for Y belt 10mm from my original mod. Step file updated too EDIT2: Tbgs Carriage is complete, the step file is avaible, the mod is on testing, after some tests the stls will be relased IMPORTANT UPDATE (Update3): Added a version for better homing (Black Phantom X pass idler and motor). Also suitable with MK3s stock firmware and einsy board This is a project i did to evolve my MK3s to Duet as an alternative upgrade, instead of the MK4, to get WebUI, Input Shaping, Accelerometer support, Preassure Advance, Macros & Plugin. Some mods are designed by me, some remixed and modified. Essentially i used the Mk4 Printed Parts and reworked to fit with 8mm rods of mk3s, and a Linear Rail 350mm 1x MGN12H Block. The electronics are based on Duet 2 Wifi and PanelDue 5". You can get a nice clone from bigtreetech here. For 80Euros you will get the board, the wiring cables and the PanelDue 5". <a href="https://s.click.aliexpress.com/e/_DelXQQd" rel="nofollow">https://s.click.aliexpress.com/e/_DelXQQd</a> Or You can buy the original one here(it is up to you) <a href="https://www.duet3d.com/duetwifi" rel="nofollow">https://www.duet3d.com/duetwifi</a> For the Y parts i used the linear rails, 2x330mm, and 3xMGN12H block, as described in the original mod. I reworked the rear parts for the square nuts easy fit. For the Y belt, i modded the mk3s printable parts to use a 10mm GT2 belts. I did some tests with accelerometer and i noticed that the 10mm belts suffer less the bed mass increase while printing(typical on a bed slinger printer). That's helps to stay in to the Input Shaping working range(EI2 or 3 and ZVDD or ZVDDD are the best way to go here). You can get some decent and not so expensive rails from RDBB here <a href="https://s.click.aliexpress.com/e/_DCMvEiN" rel="nofollow">https://s.click.aliexpress.com/e/_DCMvEiN</a> For the Extruder you can obviously use the stock MK3s extruder, and yes the filament sensor and the PINDA or SUPER PINDA are compatible with Duet. Otherwise for a lightweight choice you can go with the Zorbiter(better the 2.0 edition), like the one i used for the Step file. I STRONGLY suggest to swap the cooling fan, even if the 5v fans are still usable and compatible with Duet(Use the jumper to work in 5v mode). I would definetly go with something decent on 24V (like a Sunon <a href="https://s.click.aliexpress.com/e/_DDUdh85" rel="nofollow">https://s.click.aliexpress.com/e/_DDUdh85</a> ). I also suggest to add 2x0.9° motors (i found a pretty nice solution that works well from trianglelab <a href="https://s.click.aliexpress.com/e/_Ddm11MH" rel="nofollow">https://s.click.aliexpress.com/e/_Ddm11MH</a> ). The top choice here is the LDO 0.9. If you would go with the kit from Bigtreetech, 2x Trianglelab Motors the total costs is around 120-130euro for all the electronics upgrade. The linear rail parts, the Zorbiter, and the 10mm belts are not mandatory, and you can obviously use the stock mk3s parts. Maybe just for a lightweight carriage i would consider the Zorbiter the most relevant of these “plus” with just 1x linear rail on X carriage to use the Mk4 printable parts mod i did with this pourpose(for an extra 100euro). I clearly (XD) did all these upgrades(at moment with BMG mod, but i will upgrade to zorbiter, i'm just waiting the Orbiter 2.0)Just a couple of little considerations, the Y Linear rail mod is not really easy to assembly in the right way, and if you will end to assembly the rail not in line, well maybe It Is far way better to stay with the smooth rods.For the Duet you will need to crimp at last the PSU and Bed cables. Follow the caribou tips for duet wiring(look the image or caribou site)For accelerometer you will need an LIS3DH or LIS3DSH<a href="https://s.click.aliexpress.com/e/_DlLx7A9" rel="nofollow">https://s.click.aliexpress.com/e/_DlLx7A9</a> I will add later the configuration for duet, but you also can find an easy way thnks to Caribou <a href="https://caribou3d.com/en/content/13-caribouduet-software" rel="nofollow">https://caribou3d.com/en/content/13-caribouduet-software</a>I will update this project when i will have some news

Prusa Black Phantom (Mk3s Based, Mods Compendium & Duet Conversion)

Prusa

Stigern

A press-fit damper which uses the bambulab rubber damper.Printet mine in PETG, but I guess PLA would work just fine too.&nbsp;4x PrusaMiniRubberDamper 1x PrusaMiniDamperControlboard&nbsp;I bought mine from Aliexpress:https://www.aliexpress.com/item/1005006054403476.html

Prusa Mini Rubber Damper Anti-Vibration

Prusa Mini

筋斗云の点线面

<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/draft/208416/2023-11-09_885dbb8dc2522.gif"></figure><a target="_blank" href="https://www.bilibili.com/video/BV1iw411K7FH/?spm_id_from=444.41.list.card_archive.click&vd_source=5de71fde39d0a93532c374c066ad3b38" rel="nofollow noopener">具体的设计想法和组装详见Bilibili视频</a>&nbsp;主要优化了：1.AMSLite的耗材穿线原来在底面，现在改成了正面可视，不用再盲操作了；2.减少了台面的占地面积，从原来长方形占地面积，变成了一个小方块；3.后面的耗材换料不用再碍手碍脚了，现在都在正面直接换料；4.底部增加了工具收纳盘又是底座的功能，一举两得；&nbsp;注意事项：由于为了更加稳定重心，所以底座设计了一体的大面积，已经超过A1mini的成型尺寸，底座尺寸有230x230，需要大尺寸打印机，后期会更新A1MINI打印版本，需要重新设计底脚所有特征。&nbsp;另外侧面的螺丝来自AMSlite主体的对应孔洞螺丝，所以只需要放入底座前把螺丝拧下来，放上底座后再和底座一起拧上去就ok。&nbsp;<a target="_blank" href="https://www.bilibili.com/video/BV1iw411K7FH/?spm_id_from=444.41.list.card_archive.click&vd_source=5de71fde39d0a93532c374c066ad3b38" rel="nofollow noopener">See Bilibili video for specific design ideas and assembly details</a>&nbsp;Mainly optimized:1. AMSLite's consumable threading was originally on the bottom surface, but now it has been changed to be visible from the front, so no more blind operation;2. Reduced the footprint of the countertop, from the original rectangular footprint, to a small square;3. The back of the consumables change materials do not have to get in the way, are now in the front directly change materials;4. The bottom of the increased tool storage tray and is the function of the base, two birds with one stone;&nbsp;Note: Because in order to be more stable center of gravity, so the base is designed to be one large area, has exceeded the molding size of the A1mini, the base size of 230x230, the need for large-size printers, the later will be updated to the A1MINI printing version of the need to redesign all the features of the foot.&nbsp;Also the screws on the side come from the corresponding hole screws in the main body of the AMSlite, so you just need to unscrew the screws before putting it in the base, and then screw them on with the base when you put it on, and you're good to go.&nbsp;

【筋斗云】拓竹A1MINI AMS lite 立式底座

Ams Lite

Bambu Lab

This is an official component set by Bambu Lab for the A1 printer. The AMS lite Top Mount setup is a tested solution for mounting the AMS lite on top of the A1 printer.&nbsp;The component set consists of two main modules:<ol><li>Top Mount Bracket</li><li>Z-Axis Stiffener</li></ol>The Top Mount Bracket is meticulously designed to be tilted to the front for better balance. Additionally, the upper half of the bracket can spin left and right, providing easier access to the back spools.&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000092486/design/2023-12-14_ceeb9c0ed0a76.jpeg"></figure>&nbsp;The Z-axis Stiffener is designed to dampen back-and-forth printer movements. Thanks to the special elastic damper design at the bottom, there is minimum wobble even when printing in ludicrous speed with AMS lite fully loaded.&nbsp;<figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000092486/design/2024-04-23_cafcdb16e7224.png"></figure><figure class="image"><img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000092486/design/2024-04-23_4980ec2ffcf67.jpg"></figure>&nbsp;AssemblyHere is a tutorial video for the installation:<figure class="media"><div data-oembed-url="https://youtu.be/RmZOgrcDiRQ"><div style="position: relative; padding-bottom: 100%; height: 0; padding-bottom: 56.2493%;"><iframe src="https://www.youtube.com/embed/RmZOgrcDiRQ" style="position: absolute; width: 100%; height: 100%; top: 0; left: 0;" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen=""></iframe></div></div></figure>&nbsp;You can also buy the required hardware as a kit from here:<a target="_blank" href="http://store.bambulab.com/products/ams-lite-top-mount-screws-kit" rel="nofollow noopener">http://store.bambulab.com/products/ams-lite-top-mount-screws-kit</a>&nbsp;&nbsp;&nbsp;&nbsp;

AMS lite Top Mount for A1

Ocean 3d Maker

Filament change test for Ams If you want to test your improvements for Ams or any piece that you print to solve any problem of filament jamming in the ams or the famous filament pickup error. with this test you will make many filament changes without wasting almost no material.If you want to increase or reduce the number of filament changes you only have to change the layer height or modify the height of the design.

Filament change Test for Ams

Adam L

Update 1/28/24:  Added a new version with 90 degree-increment tactile and visual marking in the model, if you prefer to measure your turns by quarter or larger turns.  See “BambuBedBuddy_90DegreeMarks.3mf” if you want these ribbings that indicate how much you&#39;ve turned. Picture:<img src="https://makerworld.bblmw.com/makerworld/model/DSM00000000015546/design/2024-01-27_a5b6d9c2c3d978.png">&nbsp;Bambu Bed Buddy is a printable wrench that helps you tram/level the bed of your BambuLab printer with the gantry/printhead. It is compatible with all BambuLab models as far as I know, and it can improve the quality and consistency of your prints.Bambu Bed Buddy lets you turn the 3 screws under the bed as part of the <a target="_blank" href="https://wiki.bambulab.com/en/x1/manual/manual-bed-leveling" rel="nofollow noopener">official bambu tramming procedure here</a>, but without destroying your thumbs! The 12-sided knobs under the bed are very tight by design, which makes them a little tricky to fine-tune without a tool. After getting very frustrated with doing this and hurting my thumbs, I designed this tool to help. I hope this helps others!Additionally, it is important to note that the tightening procedure needs to be started all over again if you fail to complete it in the first 3 passes! The key part is that this requires starting with the knobs from a very tight “neutral” position, so that you don&#39;t end up with them too loose. This is pretty annoying, and needed to be fixed.Part of the problem is that Bambu&#39;s provided GCODE file only iterates 3 times and (especially if you&#39;re not using the wrench here!) gives you not enough time to adjust and fine-tune the knobs. To fix this second problem, I simply extended the number of repeats in the included GCODE file here so that it will repeat the 15-second-per-spot sequence for 30 minutes, which should provide ample time for even the most OCD tuners :). I recommend trying to use this file to save on frustration instead of the Bambu one, but the wrench will of course work either way.Shown here printed in Prusament Galaxy Black PLA, 4 walls, 0.2 layer height. The resulting fit is tapered slightly, but will be tight to aid in minimal backlash. If you want to check for fit first to see if you need scaling, I&#39;ve included a small test print. Print the wrench and test piece with the socket of the wrench facing UP (away from the bed).&nbsp;

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Prusa

Prusa Mini

Ams Lite

A1

AMS

P1S