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Software R&D studio

LilyLabs builds tools for the 3D-printing community, playful web games and small inventions for everyday life. This page is one of them. Drop the marble and scroll along.

  • 3D-print software
  • Web games & play
  • Everyday inventions

01What we do

We are a small studio with three product tracks and one door for partners. Everything we make starts the same way: with a problem people have stopped noticing.

01 / 04

3D-print software

Generators that output real, printable geometry. Slicer automation that knows print time and grams before you commit. Tools for print farms and sellers.

  • Parametric generators
  • OrcaSlicer & 3MF pipelines
  • Bambu AMS multi-colour
  • Seller & farm tooling

02 / 04

Web games & play

Browser games and physics toys that load in a second, run on a phone and feel good to touch. Like the one carrying a marble down this page.

  • WebGL / three.js
  • Real-time physics
  • Mobile-first controls
  • Playable marketing

03 / 04

Everyday inventions

Small, private tools for problems people put up with every day. When we can, we reuse the hardware you already own.

  • Private by design
  • Offline & on-device AI
  • Reuse old devices
  • Calm interfaces

04 / 04

R&D sprints

Have a strange idea? Give us two weeks and we'll bring back a working spike, an honest verdict and a plan, not a slide deck.

  • 2-week spikes
  • Prototype โ†’ product
  • Feasibility verdicts
  • Tech due diligence

03The Lab

Like the marble on the peg board, an idea bounces through many paths before it finds one that works. Here's what's bouncing right now. These are research directions, labelled honestly by stage.

  1. Games

    Spike

    Play it, then print it

    โ€œWhat if beating a level in a web game gave you the level itself, as a real object?โ€

    A physics puzzle game where every level you solve can be exported as a printable marble run. The game engine already knows the geometry, and the physics proves it works.

  2. 3D print

    Sketch

    Failure Forecast

    โ€œCan we predict that a print will fail before it starts?โ€

    Read the 3MF and score the risk: thin contact with the bed, long unsupported bridges, tall thin towers, colour changes in fragile layers. Show a weather-style forecast, such as '70% chance of warping on the left corner'.

  3. 3D print

    Prototype

    Tolerance Tuner

    โ€œWhy does every snap fit need three test prints?โ€

    Print one small coupon with a ladder of clearances. Photograph it after snapping the pieces together, and the tool works out your printer's real tolerance, then feeds it back into every generator we make.

  4. Everyday

    Sketch

    Broken knob โ†’ new knob

    โ€œWhat if you could replace a broken plastic part with a photo and a coin for scale?โ€

    Photograph the broken part next to a coin of known size. A parametric template (knob, clip, hook or cap) fits itself to the outline, and you print a replacement in minutes.

  5. 3D print

    Sketch

    Spool scale without a scale

    โ€œHow much filament is left on this spool?โ€

    Estimate the filament left from a phone photo of the spool's side, using the known spool size and the wound diameter. The estimate is checked against grams already used from slicer logs.

04How we work

Four steps, round and round like the funnel. Most ideas drop out at step three, and we're fine with that.

  1. 01

    Notice

    We collect small frustrations, ours and the community's, and look for the ones everyone has stopped seeing.

  2. 02

    Question

    We turn each one into an odd question. Not 'a better slicer' but 'can we predict the failure before the print starts?'

  3. 03

    Spike

    A working prototype in days, not a deck in weeks. We throw most of them away, and that's the point.

  4. 04

    Ship

    The survivors get real engineering: tests, docs, runbooks, and a product people can trust.

05Our instruments

Each xylophone bar is a technology we know well. Turn the sound on (๐Ÿ”‡ bottom right) and the marble plays them for you.

  • TypeScript
  • three.js
  • Rapier
  • Manifold
  • OrcaSlicer
  • 3MF
  • WebRTC
  • Local LLMs
projects in this portfolio
7
projects in this portfolio
product tracks
3
product tracks
wrist-sizing accuracy in Bracelet Studio
0.01 mm
wrist-sizing accuracy in Bracelet Studio
geometry-kernel tests
106
geometry-kernel tests

06Good questions

What does LilyLabs do?
LilyLabs is a software R&D studio. We design and build our own products and work with partners in three areas: software for the 3D-printing community, web games and interactive experiences, and everyday inventions that solve overlooked problems.
What is Bracelet Studio?
Bracelet Studio is our browser-based charm-bracelet generator. It builds printable geometry sized to your wrist to within 0.01 mm, supports 20 two-colour charms, exports an AMS-ready .3mf for Bambu printers and can slice on a server with OrcaSlicer to show print time and filament use.
Do you work with other companies?
Yes. We run two-week R&D sprints. You bring a problem or an unusual idea, and we return a working prototype, an honest verdict on whether it can be done, and a plan for building it.
Which 3D printers do your tools support?
Our pipelines output standard 3MF and are built around OrcaSlicer, so they work with most FDM printers. Multi-colour output is tuned first for Bambu Lab AMS, which is where the community's multi-colour printing happens today.
Is this website really a physics simulation?
Yes. The marble is a rigid body simulated with the Rapier physics engine, and the track is generated from the page layout. All of the content is still plain server-rendered HTML, so it works with search engines, screen readers and reduced-motion settings.

07Contact

โ˜… The marble made it. Nice.

Tell us about it. A product idea, a two-week R&D sprint, a tool your print farm is missing, or a game that should exist. We read everything.

What's on your mind?

Opens your email app. Or write to hej@lilylabs.se.

Lily Labs AB ยท hej@lilylabs.se