Teddy Bear Lightbox LED Lamp

Embrace warmth and nostalgia with this endearing 3D printable lightbox showcasing a charming brown teddy bear. Delicately crafted with intricate details, this delightful design evokes a sense of comfort and innocence. Perfect for nurseries, bedrooms, or as a thoughtful gift, this adorable teddy bear lightbox brings a touch of sweetness and whimsy to any space, inviting smiles and fond memories.

If you don't have or don't want to install LED's you can just glue the parts together and have an awesome sign!

WARNING!

- remove purge line at the beginning of the print, it may interfere, specially with bigger prints!
 

Materials and tools:
- glue gun
- aluminum tape
- led strip (here is the one I use): simple 1m white led USB

- soldering iron (optional)

RECOMMENDATIONS

- use a textured PEI sheet
- remove purge line at the beginning of the print!
- use the print profile, it has quite a few setting changes that help achieve the best results
- make a hole for the USB strip wherever you like it best with a soldering iron, drill or in the slicer

- use the aluminum tape on the inside of the backplate to help with light diffusion
- glue the LED's the further away from the colored design possible; placing them too close ruins the diffusion and the individual LED's become visible

Bambu Studio Settings:
I always recommend using the print profile I provided since it has settings with which I've been able to get the best results.
If you choose not to here are the main slicer settings I recommend:
- preferences (ctrl + P) → activate developer settings → Quality →Advanced → First Layer Flow Ratio: 1.04 to 1.08
- Quality → Wall generator → Arachne
- Quality → Wall transitioning threshold angle → 50º
- Strength → Advanced → Infill/wall overlap → 20% to 25%
- Quality → Advanced → Avoid crossing walls
- Increasing retraction / reducing temperature can help reducing wisps
- Order color printing from lightest to darkest color

How to make a hole in Bambu Studio:

Assembly video:

How to print without AMS: