June 23, 2026
Bee-ware: wallet danger ahead
Printing Gaussian Splats
A tiny bee got trapped in crystal and the internet is yelling take my money
TLDR: An artist worked with Crista AI to turn a digital bee into a crystal-like 3D print that looks startlingly lifelike. Commenters were split between amazement, confusion about how it works, and victory laps over old doubters who said this tech would never become a business.
A digital artist turned a computer-made bee into a real object sealed inside clear resin, and the comments instantly became the main event. The print was made by converting the image into tiny colored blocks and building it layer by layer, creating what the artist called a modern version of amber. The result? A bee that looks eerily real, glows in strange ways when light shines through it, and has people doing a full double take. One commenter basically summed up the mood with the universal nerd scream: "My wallet is ready."
But of course, the crowd didn’t just clap politely. They brought receipts, disbelief, and a little smugness. One of the spiciest reactions came from a commenter who remembered earlier skeptics claiming there was no business future for this kind of image-making trick. Now that someone is literally selling crystal bugs, that old take is aging like milk. Another commenter admitted they had no idea 3D printing had gotten this good, saying the last time they checked, prints still looked like "hardened play dough." Ouch.
There was also some wholesome confusion: people wanted to know how on earth this was even printed, which says a lot about how uncanny the result looks. The artist himself was a little picky about the final color and fuzzy fur detail, but the community clearly saw the bigger picture: this is weird, beautiful, slightly spooky, and exactly the kind of thing people want on their desk yesterday. You can peek at more examples via Crista AI.
Key Points
- •The article describes a Gaussian splat insect model being physically printed through crysta.ai’s process.
- •The author adjusted model preparation by using spherical harmonics level 0 and training in linear space to suit the print workflow.
- •crysta.ai’s process first voxelates the Gaussian splat, assigns mixed inks and transparency to voxels, and then prints the object layer by layer.
- •The resulting print resembled a crystal-like object, but the author observed darker coloration, visible splat artifacts, and overly thick fur detail.
- •crysta.ai has released an alpha editor for placing and scaling splats, while the author suggests adding voxelization preview and broader voxel import support such as MagicaVoxel compatibility.