Bambu Silica Dry Spool for AMS / AMS 2pro / HT - Free 3D Print Model

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JAV-3D

3D Printer>3D Printer Accessories

IP Report

Print Profile(4)

All

P1P

P1S

X1 Carbon

X1E

H2D

H2D Pro

H2S

P2S

H2C

X2D

A2L

0.16mm layer, 2 walls, 100% infill

Designer

5.8 h

2 plates

4.8(120)

more holes on top and bottom 0.24mm layer, 3 walls,

Designer

7.1 h

2 plates

4.9(56)

0.16mm layer, 2 walls, 100% infill

Designer

4.7 h

2 plates

4.9(17)

0.16mm layer, 2 walls, 100% infill

Designer

5.1 h

2 plates

4.6(5)

Open in Bambu Studio

Boost

931

2913

311

105

2.2 k

1.4 k

Released

Description

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Thanks to https://makerworld.com/en/@Blaster2098

Funnel for refilling the Silica:

https://makerworld.com/en/models/523577#profileId-440209

English

A Silica Bead Container for an Empty Bambu Lab Filament Spool: Preventing Moisture Damage

This meticulously designed silica bead container provides an elegant solution for preserving your filaments from the detrimental effects of moisture. Its form factor is precisely tailored to seamlessly integrate into an empty Bambu Lab filament spool.

Key Features of the Silica Bead Container:

Precision Fit: Expertly crafted to perfectly accommodate Bambu Lab filament spools, ensuring secure and snug storage.

Silica Gel Desiccant: The container is designed to hold silica gel beads, a highly effective desiccant for absorbing ambient moisture, thus safeguarding your filament from degradation.

User-Friendly Design: Effortlessly fill, empty, and position the container within an unused Automated Material System (AMS) slot.

Moisture Mitigation: By absorbing moisture within the empty spool, this container enhances print quality and minimizes the risk of clogs or other printing complications.

Sustainable Solution: The container is reusable, allowing for ongoing moisture control.

A Minor Caveat:

The AMS possesses a limited capacity of three empty filament slots. However, this container offers a remarkably efficient and compact method of filament preservation, guaranteeing optimal results for your 3D printing endeavors.

This silica bead container provides a secure and efficient method for storing your filament, actively protecting it from moisture-induced damage. It offers a simple yet highly effective preventative measure against moisture-related issues.

German

Ein Silica-Perlen-Behälter für eine leere Bambu Lab Filament-Spule: Schutz vor Feuchtigkeitsschäden

Dieser präzise gefertigte Silica-Perlen-Behälter bietet eine elegante Lösung zum Schutz Ihrer Filamente vor schädlicher Feuchtigkeit. Seine Form ist perfekt auf leere Bambu Lab Filament-Spulen abgestimmt und integriert sich nahtlos.

Hauptmerkmale des Silica-Perlen-Behälters:

Passgenaue Ausführung: Fachmännisch gefertigt, um perfekt in Bambu Lab Filament-Spulen zu passen, und sorgt für eine sichere und formschlüssige Aufbewahrung.

Silica-Gel-Trocknungsmittel: Der Behälter ist für Silica-Gel-Perlen konzipiert, ein hochwirksames Trockenmittel zur Absorption von Umgebungsfeuchtigkeit und schützt so Ihr Filament vor Degradation.

Benutzerfreundliches Design: Einfaches Befüllen, Entleeren und Positionieren des Behälters in einem ungenutzten Fach des Automatischen Materialsystems (AMS).

Feuchtigkeitsminderung: Durch die Absorption von Feuchtigkeit in der leeren Spule verbessert dieser Behälter die Druckqualität und minimiert das Risiko von Verstopfungen oder anderen Druckproblemen.

Nachhaltige Lösung: Der Behälter ist wiederverwendbar und ermöglicht eine kontinuierliche Feuchtigkeitskontrolle.

Eine kleine Einschränkung:

Das AMS hat eine begrenzte Kapazität von drei leeren Filament-Fächern. Dennoch bietet dieser Behälter eine bemerkenswert effiziente und kompakte Methode zur Filament-Aufbewahrung und garantiert optimale Ergebnisse für Ihre 3D-Druckprojekte.

Dieser Silica-Perlen-Behälter bietet eine sichere und effiziente Methode zur Aufbewahrung Ihrer Filamente und schützt sie aktiv vor feuchtigkeitsbedingten Schäden. Er ist eine einfache, aber sehr effektive Vorsorgemaßnahme gegen feuchtigkeitsbedingte Probleme.

Comment & Rating (311)

@Blaster2098

Hi good idea, I use it the other way around I, dry the wet silica gel in my SUNLU filament roll dryer with it. Also perfect for this direction

The designer has replied

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@JAV3D

I am doing the same, for which I printed two of these It is important to print it with PETG or ABS because of the heat PLA will shrink somewhat when heated

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@Blaster2098

Replying to @JAV3D :

I also designed a funnel to pour the silica gel back into the storage container I will put it on my page if you like you can download it (I printed with PETG CF that should hold)

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@Blaster2098

Replying to @JAV3D :

Here is the funnel: https://makerworld.com/en/models/523577#profileId-440209

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@jeroyang

Print Profile

0.16mm layer, 2 walls, 100% infill

The print quality with PETG is good, even without support. However, it is too tight and (*too wide) to fit a standard Bambu spool. Update: The model isn't too wide; it's just very tight when fitting my spool, as I used PETG as the printing material.

(Edited)

The profile uploader has replied

@JAV3D

I have print many of this, and they all fit perfect.

@jeroyang

Replying to @JAV3D :

I have checked the model and the dimensions are correct, so it is not too wide. The fit issue may be due to the PETG material or my settings. I have updated my rating to 4 stars. I'm having trouble pouring out the wet silicone desiccant; it would be great if there was a way to prevent it from pouring out of the three slots simultaneously.

(Edited)

@Krall3

Boosted

Print Profile

0.16mm layer, 2 walls, 100% infill

Thank you!

The profile uploader has replied

@JAV3D

Looks very clean

@Krall3

Boosted

Replying to @JAV3D :

Yes, sunlu petg 😉

(Edited)

@Panda279TV

Print Profile

0.16mm layer, 2 walls, 100% infill

Very good, I would wish if the printable spools were included in the print profile right away. Furthermore, I would like to see a version without the spools! - Printed in 0.16mm High Quality, with 100% infill, 4 walls, and a total print time of 9 hours - Bambu PLA Tough Orange (12300) at lower speed and without support

(Edited)