PoseLight

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fana

Household>Decor

IP Report

Print Profile(5)

All

A1 mini

P1P

X1 Carbon

H2D

X1E

P1S

H2D Pro

H2S

P2S

H2C

X2D

A2L

A1 mini

Designer

3.8 h

2 plates

4.7(95)

0.2mm layer, 2 walls, 15% infill

Designer

3.2 h

1 plate

4.6(204)

Wall Mount Version

3.1 h

1 plate

4.8(6)

[Narrow Edge] [Low Profile] PoseLight

3.6 h

1 plate

3.9(9)

Click to see more

Open in Bambu Studio

Boost

2490

5173

502

188

3.9 k

2.5 k

Released

Bill of Materials

Maker's Supply Kits and Parts

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LED Lamp Kit Collection

Bambu Filaments

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Matte Ivory White (11100) / Refill / 1kg

PLA Matte

Description

…The posable light.

Had a LED lamp kit laying around and needed a light i could adjust and bend to my tinkering needs, but couldn't find any that was exactly what i wanted.

So i just made my own. Isn't that what 3D printing is all about?

The model consist of ball joints fixed to a table clamp. The will fit table from 8mm all the way up to 30mm.

The middle segments have a groove to allow you to hide the cable inside the assembled “stem”. For this i might make a tool, but personally just used a non sharp piece of metal i had laying around on my desk.

Its a rather straight forward affair, but i will add instructions & tips once i get the time.

Assembly instructions:

Gather your printed pieces + the LED kit

2. First assemble the shaft
This may take some force, i personally just pressed them in using my thumb and guiding the pieces with my other hand

3. Attach the top most joint (the one with the square top)
I pressed this in place using a flat hard surface
align all the slots on the assembled piece!

4. Insert the led module into its housing
5. Connect it to the stem

6. Next, ease the cable into the groove. Be sure to align the pieces before this!

For this is used a coin i picked up from a conflict zone. Be sure to leave the last 1-2 joints at the end!

Attach the back housing of the led. Also in view, the last join unsnaked.

7. Take the clamp piece and insert the clamp join.

screw on the screw part.

8. Attach the assailed stem and led to the clamp. I mounted the clamp on a table for easy(ish) installation.

Finnish up by snaking the cable rest of the way

9. Bask in the glory of your assembly prowess!

The tolerances are quite tight and some force is required (nobody wants a soggy light), if someone is struggling with the assembly fear not, i am brainstorming to make this more accessible.

Printed in PLA Matte, not tested on other filaments as of now.

Ta Ta

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Comment & Rating (502)

@user_3016569434

Exactly what I have been looking for! I scaled to 150% and modified the base and added poles to fit my needs. I did have to print some reinforcements to keep it from sagging under the weight of my grow light. Thank you!

The designer has replied

@fanamanale

Absolutely beautiful modification! :)

@user_3016569434

Replying to @fanamanale :

Thank you!

@RangerDanger75

What did you use for reinforcements and are you able to share the extension poles you made?

@Mr.B

Print Profile

0.2mm layer, 2 walls, 15% infill

I printed the individual parts using orange and white PLA. After printing them, I assembled them correctly. Everything fits perfectly. I swear to 3D printing God, I've never had so much pain in my hands while assembling a 3D print in my entire life :-) But it was absolutely worth it. I applied an inhuman amount of force to the individual parts. I was sure at least one would break, but that wasn't the case. That however, speaks for perfect tolerances and a well thought out Design. As mentioned, everything works perfectly, and the print quality is top-notch. Thank you very much for sharing this beauty.

The profile uploader has replied

@fanamanale

Sorry about the indirect strength test lol! Glad you still like it! Didnt even think about using alternating colors! Did you assemble the stem alternating one by one? Happen to have a pick of it?

@fanamanale

Also have to say, but im loving your lighting! All your models look so cool with the multiple lights!

@Mr.B

Replying to @fanamanale :

It was a very good but painful experience ;-) Yes, I did pair the pieces while assembling them. I always connected two ball joints together, and then two to two more. In the end, I had the complete stem made up of two individual pieces, which I then connected together. Yes, I've taken pictures of the fully assembled lamp. I'll upload them to your A1 mini profile because I've already printed the lamp twice in the same color: one on the A1 and one on the A1 mini. I had a few Bambulab LED kits lying around and I definitely think this is the best print for it.

@Sasver_ukr

I printed it in PETG - it was a bad idea :( I have assembled it quite easily, but PETG is too flexible and slippery. It cannot keep it's own weight - look at the .gif So, my opinion: don't print this model with PETG!

GIF

The designer has replied

@fanamanale

PETG is very much too flexible for this, it could maybe work with tighter tolerances, but this needs more testing :)

@MaDe_RM

Same problem with PLA Basic, it's not the filament but the project

Show original

@felizanamello

Hello! what filament do you recommend for printing this beautiful piece? 😊🙏🏻

Show original

@Zekey3

Boosted

Print Profile

0.2mm layer, 2 walls, 15% infill

i think you have a really great design and it might just be a print profile or different kind of filament but some of the parts were really really hard to put together and some were a bit more loose so overall it can maintain its shape but can also be a bit wonky and kind fall over. it’s still a great print and I appreciate you for uploading and sharing the design! thank you!

The profile uploader has replied

@fanamanale

Thank you! May i ask what filament you used? :)

@Zekey3

Boosted

Replying to @fanamanale :

esun pla black

@ONI.FORGE

Replying to @Zekey3 :

printing a posable arm with joints like this should always be printed with at least PETG, if possible ABS. PLA will always loose grip after just a few movings

(Edited)

@Tshine

It appears exquisite, however I offer a word of caution: avoid excessive bending during use, as this might sever the wiring I designed a nearly identical model some time ago, and the copper wire fractured after repeated testing I did not further refine it and thus did not release it This is merely a friendly suggestion; it does not imply that the author's model will suffer the same fate

The designer has replied

Show original

@fanamanale

That is a very interesting approach! did the knurled exterior help in your opinion? I tried the fuzzy skin modification to achieve a similar goal. I have added chamfer to the inside if the balls, in a bid to give a path to the wire even when bent. I might conclude some more testing and increase the chamfering. Thank you for pointing this possibility! :)

@Tshine

Replying to @fanamanale :

Helpful and exhibits pleasing articulation when bent, though admittedly, wear does become apparent with repeated use

Show original

@fanamanale

Replying to @Tshine :

perhaps tpu could be utilised in someway for friction, as PLA does tend to distort with time.

@Dju13860

very good print thank you for those who, like me, have resistance issues in some places (lamp bending under its own weight) you can put masking tape and no more worries 👍

The designer has replied

Show original

@Simtiple

Very good, thanks! I printed double the length and it sags a little 😜

Show original

@Dju13860

Replying to @Simtiple :

I have the X3 length 😉

Show original

@fanamanale

Replying to @Dju13860 :

There are some lines man was not made to cross! only a mad man would do 3x! Very cool to see the tape solution! I personally experimented with a version that had a inner component made of TPU, but that made the model only for people with dual nozzles and I always try to make things for everyone :)

@djib

NIce design! I needed a stronger and longer version so i upscaled to 150% and changed the Fuzzy skin thickness from 0.1mm to 0.2mm. It required a lot of force to assemble, but that was the point. It now can hold a heavier light and be longer, by just printing more ball joints. Printed in PETG, we'll see if it gets too flexible after some use. I will print in PLA instead if that happens. A question though: is it on purpose that the screw holding part is off center? (on both printing profiles)

(Edited)

The designer has replied

@fanamanale

Hope it wasnt too strenuous to assemble! Well kinda on purpose, in the sense that i made this model rather quickly and only noticed the misalignment after people commented about it, but decided that its just a quirk and not really model breaking lmao. Kinda eye balled the clamp tbqh.

@djib

Replying to @fanamanale :

Haha maybe make that "slightly off-center" quirk your signature for your other models!

@user_3202293548

Print Profile

0.2mm layer, 2 walls, 15% infill

I read other reviews, but I wanted to try because it looked simple enough. But even though it was really tough to put together, like others mentioned, it does not hold. My lamp keeps falling down. I am now just using the bottom and the top part, without any link and screwed it to the top of the left monitor.

@KriosDaJester

which filament?

@user_3202293548

Replying to @KriosDaJester :

Bambulab PLA basic

@andrzej.l

Print Profile

0.2mm layer, 2 walls, 15% infill

The lamp isn't assembled yet, but it looks great, printed with Easy ABS.

The profile uploader has replied

@fanamanale

How did it assemble with abs? Does it hold up? Havent tried any other filament but pla matte so i dont know if the tolerances are good for other materials

@andrzej.l

Replying to @fanamanale :

There were no problems with assembly, everything fits well.

@zoomerrrrr

Print Profile

0.2mm layer, 2 walls, 15% infill

thx :D

The profile uploader has replied

@fanamanale

youre welcome!

(Edited)

License

This user content 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.

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