AMS Micro - nothing so small for AMS Lite

AMS Micro - nothing so small for AMS Lite

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Print Profile(4)

All
A1
P1S
P1P
X1 Carbon
X1E
X1
A1 mini

0,2mm layer, 6 walls, 25% infill
0,2mm layer, 6 walls, 25% infill
Designer
4.8 h
3 plates
4.9(19)

A1 Mini - 0.2mm layer, 6 walls, 25% infill
A1 Mini - 0.2mm layer, 6 walls, 25% infill
Designer
4.3 h
3 plates
5.0(8)

Single color 0.2mm layer, 2 walls, 15% infill
Single color 0.2mm layer, 2 walls, 15% infill
3.4 h
2 plates
5.0(3)

Durable adaptive layer, 5 walls, 25% infill
Durable adaptive layer, 5 walls, 25% infill
3.7 h
2 plates
5.0(2)

Open in Bambu Studio
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Released

Description

AMS Micro is the revolution for those who want to change filament automatically and protect the spools at the same time. 

The whole system in a design of less than 10cm. (Please note that RFID functionality will be implemented soon with an additional module!)

1. Components

  • AMS Micro Plate (installable on both right and left side) 
    • Plate standard
    • Plate short printable on A1 Mini build plate
  • AMS Micro Cover
    • left mount
    • right mount
  • Reversed Numbers Cap you can find here

2. Filament suggestions

Although PETG can provide a more resistant structure, PLA has worked well in my experience.

3. Non-3D printed parts

  • Screwdriver
  • 3x M3x20 screws (wallmount fixation plate)
  • 2x BT2x5 B0017 screws (available from AMS Lite)
  • 4x screws (to lock  the cover)
  • 4x PTFE tubes (optional)

4. Assembly Guide

  • Step 1: Disassemble the main body of the AMS Lite. For instructions, see this BambuLab Wiki article.
  • Step 2: Place the AMS motherboard inside the plate and secure it with the 3 screws.
  • Step 3: Install the AMS Micro on the wall and secure it with the screws.
  • Step 4: Install the left/right power supply units, making sure to properly route the ribbon cables inside.
  • Step 5: Secure each power supply unit with the two screws provided.
  • Step 6: Secure the two ribbon cables to the board connectors.
  • Step 7: Close the snap-on cover.
  • Done! Enjoy your new setup!

5. If you are interested, why I made it

The original AMS Lite does not offer any protection for the filaments.
Too bulky if placed next to the printer. I don't even consider the Bambu Lab top mount, dangerous and full of unnecessary vibrations.
I don't like solutions with accessories fixed to the printer's structure, in the long run they create vibrations and the mechanics loosen.


I found very interesting solutions around but something truly miniaturized was missing that could be inserted directly into the printer's box, without being fixed to it.

 

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Comment & Rating (219)

(0/5000)

Great design. I like it because compared to others, it takes a lot less space. For those asking the purpose, the AMS Lite doesn't account for himidity. If you keep your fillament in the original system, they are expose to humidity and certain materials like PETG are pretty Hygroscopic. Maybe not everyone lives in humid climates, but those of us who do and have A1s or A1s mini with an AMS look for solutions . To help OP, I uploaded pics to exemplify where the filament goes. There is the Ikea box and the sunlu one. Note: The pictures are not mine, they are just as an example, all credit to the owner.
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Is this the Sunlu S4?
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Boosted
OMG I did it and I did it right! LOL I love this print! My spools are inside the filament dryer under my table.
The designer has replied
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fantastic colors!! is a pleasure to see my model printed in the other side of the world. 🌎 ciao from Rome
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Boosted
Replying to @emics :
you made an amazing model! it was tricky to put in the tiny screws with my huge hands but I made it. I was just scared that I would damage something.
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very good job 👍🏻
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double boosted you. the print was great!
The designer has replied
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thank you so much!!!! happy printing!!!!! 👍🏻
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Great Print. No issues and works perfectly for me with my two Sovel filament dryer boxes. Thanks
The designer has replied
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you don’t imagine what a pleasure is to see your print!!!! fantastic color!!!
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Boosted
Paired with the samla22 wall mount, it's a true space saver
The designer has replied
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I truly appreciate how you installed it I’m delighted to have shared something useful Thank you for the photographs 💪🏻
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yes the design is still in progress. I want to add an Ethernet port and you can connect standard Ethernet cable. to the other end another port and the 4 rfid antennas.
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A superbly conceived model. The inclusion of two lids allows for various mounting options while still maintaining readability of the text. Exceptional forethought. Truly excellent. The design is also very beautiful. This is precisely the kind of model I was looking for, as I also want to print from boxes and didn't want to print another cracked housing that needs to be attached to the original AMS. I'll assemble it right away :-)
The designer has replied
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I am proud to know that my project is so appreciated. Thanks to all of you for the kind words you write to me.
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This cabinet is awesome did you build it?
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How does it unload the filament? Are motors not needed?
The designer has replied
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The spool holders lack motors; they only have a spring to retrieve some filament. The motors are in the two blocks connected to the electronic board, those numbered 1 to 4
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Replying to @emics :
Ah, I see. So any spool holder will do? Which one do you use?
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I have placed the spools inside an Ikea box Photographs should be in previous messages
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Boosted
very good !!!! i love it i wait for rfid project 😊😊
The designer has replied
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Absolutely stunning with these colors 👍🏻
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Is it really possible to implement rfid to this design?
The designer has replied
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the rfid design is in progress
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Replying to @emics :
Hello, how do I know when the RFID process is complete? Thank you
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Replying to @user_72889086 :
is a good question, i don't know if Makerword send a notification. maybe at the end of february.
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