The selfmade-solution “AMS Max” fits our 2,5 kg Extrudr spools perfectly and can hold 10 kg Filament all together. With the help of original components from the AMS Lite and a self-printed body, the AMS system enables multicolour prints with the Bambu Lab A1 and A1 Mini. This solution makes mulit-colour printing more flexible and enables the usage of the Extrudr big spools.

Building instructions for the AMS Max are designed by Jonas Blasy. The video with more details is on <a href="https://youtu.be/EM5bHcLKzoA?si=IDhuPs750AzZJWIC">YouTube</a>.

Layer thickness: 0.2mm Walls: 5 Adhesive bond: Brim - 6mm Support structure: Tree Filling: Gyroid&nbsp;

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Select the object and press the "N" button. Now you can color the font in the desired color.

Glue the base body and the hexagons together. Once for the line and for the right half. Then place the sensors for the RFID chip in the positions provided. The sensor cables must first be extended by 5 cm. 

Place the circuit board and the motors in the position provided. The original screws of the AMS can be used for screwing. Connect all plugs to the circuit board and screw together with the second half.

AMS MAX (Lite).stl

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PLA NX2 anthracite 1,75 mm 2,5 kg

PLA NX2 black 1,75 mm 2,5 kg

PLA NX2 white 1,75 mm 2,5 kg

AMS Max

Print your pen holder as a small gift for the start of school

"Back to School" has never looked so good with this 3D printed pen holder. Simple to print, it's the perfect way to keep your pens organized as you dive into the new academic year. Choose your favorite color of our Extrudr filament, and add a personal touch to make it uniquely yours.&nbsp;

Back2School.zip

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XPETG MATT red 1,75 mm 1 kg

Back to School

3D printed beer cooler: The ultimate summer chill companion

What could be better than a cool beer on a hot summer day. We have something for you. The mould for the beer cooler was printed with FLEX medium hellfire red. Due to the stretchability of the material of up to 470%, the ice can be easily removed from the mould.

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Beercooler.zip

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FLEX Medium hellfire red 1,75 mm 0,75 kg

Beer Cooler 

This water gun consists of 3 parts (handle, body/cylinder and sealing).

 The handle and the cylinder must be printed with a rigid material (PCTG/PETG) and need to be printed in place because these two are interlocking.&nbsp;

The sealing should be printed beforehand out of a flexible material (FLEX Medium, FLEX Semisoft). We got the best result by scaling up the seal 1%. If the seal is too big the resistance to insert the sealing is too high and if the seal is too small the water gun isn't working properly.&nbsp;

After the sealing is printed, the rest must be printed, but you have to add a pause at a z-heigth of 152.4mm or layer number 762 if you print all layers with 0.2mm layer height.

When the print is paused insert the lubricated seal carefully and resume the print. After the print is finished try to unlock the pistol.&nbsp;

If the seal isn't tight enough submerge the gun totally under water for reloading. 

AMS Max

Material

PLA NX2

Filament color

anthracite, black, white

Supports

no

Licence

Other inspirations

Back to School

Beer Cooler

Water gun

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AMS Max

Material

PLA NX2

Filament color

anthracite, black, white

Supports

no

Licence

Other inspirations

Back to School

Beer Cooler

Water gun