Updated with 3 Print in Place gaps: Desiccant Box Model for 3D Printing. 0.18mm, 0.20mm, 0.22mm by Faithin3D

Faithin3D

Tools>Organizers

Print Profile(5)

All

P1S

P1P

X1 Carbon

X1E

Normal Tightness Hinge

Designer

4.1 h

1 plate

4.3(4)

0.2mm layer, 2 walls, 15% infill

Designer

12.2 h

3 plates

4.0(7)

Tight Hinge

Designer

4.1 h

1 plate

Loose Hinge

Designer

4.1 h

1 plate

Click to see more

Boost

Released

Description

************************

Update: Some users reported tight hinge or impossible to break loose the hinges.

I added 2 more models with 0.02mm more gap and 0.04mm more gap.

I used 0.18 on my P1S. It is perfect.

The 0.22 on my P1S would be too loose for sure.

So you may want to start with 0.20 gap, and then go either way according to how tight you want the hinges to be.

************************

Desiccant Box Model for 3D Printing

Designed for optimal moisture protection, this desiccant box is an ideal solution for storing desiccant beads or silica gel beads ranging from 2mm to 4mm. Precision-engineered, the box features 1.9mm holes ensuring maximum effectiveness of the beads while preventing them from spilling out.

Key Features:

Printed with the Bambu Lab P1S Printer: Showcasing the capabilities of this printer, the model boasts a crisp finish and impressive detailing. It is so satisfying by watch P1S do hundreds of those 1.9mm holes. After it's done, you will trust your P1S can do anything you want!
Print-in-Place Design: Simplifying the assembly process, this model doesn't require additional steps post-printing. The hinge and latch systems are both integrated into the single print.
Material Compatibility: The box is compatible with generic PLA and PLA+ filaments.
Extended Print Time: Clocking in at approximately 3 hours, the extended print time ensures that every detail, especially the small holes, is perfected.
Secure Latch Design: Created with the user in mind, the latch is intentionally tight to prevent unintentional openings and potential spills.
Print-in-Place Hinge: A sturdy hinge is built directly into the design. During the initial break-in, it's crucial to support the box close to the hinge. There are three hinging sections to work through; simply start from one side and wiggle back and forth. The initial cracking sound is a normal part of the process, signaling the hinge breaking free.
Versatile Use: I've personally printed over 10 of these boxes, using several for my filament storage and others for dry storage for my additional printers.

Usage Recommendations: Upon first use, carefully break in the hinge by following the mentioned process to ensure longevity.

Comment & Rating (15)

@Faithin3D

I did try to make a slotted version which only takes 1.5 hours vs 4 hours, but those broken beads will fall through the slots. Dotted version has no problem to stop the broken beads from leaking through. But if you do any the slotted version, please let me know. I can send the step file to you. or post it here.

(Edited)

@t1g3r4l1f3

Print Profile

0.2mm layer, 2 walls, 15% infill

@richard.danda

Print Profile

0.2mm layer, 2 walls, 15% infill

Hinges too tight. Print lots of print in place models that work fine with hinges. Machine is tuned to perfection. Great design, just could not close the lid. Printed on PS1, X1C and P1P.

The designer has replied

@Faithin3D

Hi Richard thanks for downloading this model and tried it on 3 different printers. I felt bad that all 3 failed. My P1S has been giving me very good result on this box. For the ones I have printed. I only needed to break in the hinge by a little force. I am sorry it didn’t work out for you. If you still want to give it a try, I could increase the gap by 0.1mm and send you a new model. again. really appreciate your download and comment.

@richard.danda

Replying to @Faithin3D :

I'll give it another shot!

@djaymann2000

Print Profile

0.2mm layer, 2 walls, 15% infill

Completed and looked good. Hinges fused together so broke right away.

The designer has replied

@Faithin3D

thanks for the feedback. I will upload one with more gap. I adjusted the gap on my P1S to get the sweet spot of breaking in the hinge not too tight and not too loose. I know 0.05mm makes big difference. probably I should upload two models with one 0.05mm bigger and one 0.1mm bigger.

(Edited)

@MikeD4bz

Print Profile

Normal Tightness Hinge

Printed good and functional

@ElKubano

Print Profile

Normal Tightness Hinge

je n’ai pas réussi à refermer la boîte sans la casser. j’ai dut rater quelque chose.

@xfredde

Print Profile

0.2mm layer, 2 walls, 15% infill

@dosen.br

Print Profile

0.2mm layer, 2 walls, 15% infill

@300374

Print Profile

Normal Tightness Hinge

@ProtoCylon

Print Profile

Normal Tightness Hinge

License

This work is licensed under a Standard Digital File License.

You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.