From clay to summit

Your digital ceramics studio

Create glaze recipes with AI from a single photo, simulate before you fire, find out if it's food-safe and price your piece — all in one place.

Free forever: studio management + 6 mockups and 3 recipes/month · cone 5–10, oxidation and reduction · every recipe needs a bench test

Three ways to create

Visualize, decorate or formulate

From picking a commercial glaze to creating your own signature recipe — all in the same place.

Simulate a glaze on your piece

Upload a photo of your piece (or pick one from the bisque catalog) and see how it looks with any of our partners' glazes — OXID, Cersil and more.

  1. 01 Upload a photo of the piece
  2. 02 Pick a glaze from the catalog
  3. 03 The AI applies it in seconds
Simulate now →
In beta

Apply decorative patterns

Combine glaze + stencil to simulate patterned pieces before you produce them. Resist (wax) or stamped mode.

  1. 01 Pick a piece + glaze
  2. 02 Add a stencil
  3. 03 The AI applies it as resist or stamped
Try it out →
New · AI

Generate a glaze recipe

Inspiration photo → an original recipe with real raw materials, % adding up to 100%, a firing curve and chemical validation (Seger UMF, Stull). 9 variants ready to test.

  1. 01 Upload the inspiration photo
  2. 02 Set cone, atmosphere and clay body
  3. 03 Get the recipe ready to test
Generate recipe →

The Keramoslab edge

Is your glaze toxic?

Every recipe gets a food-safe report on a 1-to-4 scale, calculated from the official standards — RDC 42/2013, ASTM C738, ISO 6486-2 and IARC. Across 3 axes: oxide hazard, Seger UMF stability and physical factors.

  • Lead, cadmium and beryllium banned by default
  • Per-oxide ranges + stability of the glassy matrix
  • Download the technical report as a PDF

Technical assessment · a bench test (ASTM C738) is still required before functional use

🧪 Technical analysis

2/4Suitable for the
outside only

An oxide in the moderate range — fine on the outside of functional ware, but avoid direct contact with food.

Oxides

caution

Seger

ok

Physical

ok

RDC 42/2013 · ASTM C738 · IARC · deterministic score engine det-2.0

Ateliê PRO plan

Superpowers for those who do this for a living

8 tools that save time and money in the studio — no need to open 5 tabs, juggle spreadsheets or test 20 glazes to find the right tone.

What glaze is this?

New

Snap a photo of a piece with your dream glaze and the AI finds the closest matches in the catalog — color, gloss, opacity, surface behavior. With an explanation of why each one was chosen. Like Shazam, but for glazes.

10 analyses/month · up to 3/day

AI chat on the recipe

Recipe didn't come out the way you wanted? Talk to the AI right on the screen: "make it glossier", "drop the zinc", "tune it for cone 6 reduction". It edits the percentages and re-validates the chemistry in seconds — no need to start over from scratch.

History saved · every conversation is logged on the recipe

AI piece combiner

Got 3 bisque pieces in the studio and want to see them together as a collection? The combiner builds the scene: removes shadows, balances proportion, generates photos for your catalog or Instagram. Saves everything to your personal library.

Great for collection storytelling and product photos

-10% off OXID purchases

An exclusive coupon for Ateliê PRO subscribers on every purchase at OXID Brasil — glazes, clay bodies, frits. R$ 500/month in purchases saves R$ 50; R$ 1.000/month saves R$ 100.

KERAMOS10 coupon · valid on stock updated daily

Clay body × glaze grid

New

The same glaze over 4 different clay bodies (porcelain → black stoneware) in a side-by-side grid. Especially useful for translucent glazes — the body changes the result a lot. No need to run 4 physical tests in the studio.

1 click · 4 variations in ~90s

Stencil over glaze

New

Applies a base glaze over the whole piece + a second stamped glaze ONLY inside the stencil area. Like over-glaze decoration. An automatic filter shows only stable (non-reactive) glazes so they don't run over the edges of the motif.

Tamako stencil catalog · 2 stable layers

Compose a piece (Baraka)

New

For those who work with plaster molds. Pick a body + handle from the Baraka catalog and the AI generates the resulting virtual piece in bisque — ready to glaze in the simulator. The molds go into the cart automatically.

Baraka catalog · 23 bodies + 4 handles

Toxicity score on recipes

New

Every generated recipe comes with a score from 1 to 4 indicating whether it's safe for functional ware (food contact), the outside surface, decorative use or unsuitable. Based on RDC 42/2013 (MERCOSUR) + international ceramic technical literature + IARC for Beryllium.

Per-oxide breakdown · lead, cadmium, beryllium alerts

Explore Ateliê PRO →

R$ 99/month · cancel anytime

Real examples

Before and after with AI

See real ceramic pieces simulated with glazes from our partner manufacturers.

BisqueBisque
Blue GalaxyBlue Galaxy

Bowl — Blue Galaxy glaze

OX 114

Bisque-fired piece simulated with a catalog glaze (OX 114)

Leather-hardLeather-hard
IrisIris

Vase — Iris glaze

OX 8017

Leather-hard piece simulated with a catalog glaze (OX 8017)

How it works

5 steps from photo to testable recipe

No need to master Seger UMF — the platform does the chemistry and hands you a recipe ready to test.

  1. 01

    Upload an inspiration photo

    A photo of a piece with the glaze effect you want to reproduce — it can be a handmade piece, an antique, or one of your own past pieces. JPEG, PNG or WebP up to 5 MB.

  2. 02

    Set the firing parameters

    Choose the cone (5 to 10 or any), the atmosphere (oxidation, reduction or neutral), the kiln type and the bisque clay body. Also state the piece's use (decorative or functional) — the system applies different toxicity rules.

  3. 03

    The AI generates the recipe

    In seconds the AI proposes a base glaze + coloring layer using real raw materials, percentages adding up to 100% over the base, and a suggested firing curve (ramp and peak hold).

  4. 04

    Automatic chemical validation

    The recipe is then analyzed by three independent chemical methods: Seger UMF (unity molecular formula), Limit Formulas (acceptable range per cone) and the Stull Chart 1912 (silica × alumina map).

  5. 05

    Triaxial Blend and testing

    The platform generates 9 algorithmic variants of the recipe using the Triaxial Blend method, ready for you to run a small-scale test and pick the best one before firing a whole kiln load.

Plans

Start free, level up whenever you want

From casual testing to professional studio use. Cancel anytime.

Free

R$ 0

Studio management + 6 mockups and 3 recipes/month

Popular

Ceramista

R$ 39,90/month

60 mockups + 15 recipes/month

Ateliê PRO

R$ 99/month

150 mockups + 50 recipes + 5 reviews/month

Escola

R$ 329/month

300 mockups + 200 recipes + 20 reviews/month

Annual plans at a discount (pay for 10 months, use 12). Cancel anytime.

Frequently asked questions

Everything potters ask

How does Keramoslab generate a glaze recipe from a photo?

You upload an inspiration photo (a piece with the effect you want to reproduce) and tell us the cone, atmosphere, clay body and the piece's intended use. The AI proposes a base recipe (the glassy layer) plus a coloring layer using real raw materials available in Brazil, with percentages adding up to 100% over the base and a suggested firing curve. The recipe is then validated by three independent chemical methods — Seger UMF, Limit Formulas and the Stull Chart — and 9 algorithmic variants are generated via Triaxial Blend.

Is the generated recipe for high or low temperature?

Both. For high temperature (cones 5 to 10) we use Prof. Tito Tortori's empirical-percentage method and/or public chemistry (Seger UMF). For low temperature (below cone 04) the engine returns a frit + colorant recipe — building low-fire glazes from scratch out of isolated raw materials isn't advisable, because the risk of toxicity and blistering is high.

Do you handle oxidation AND reduction? Electric, gas and wood kilns?

Yes. You choose the atmosphere (oxidation, reduction, neutral) and the kiln type (electric, gas, wood, muffle). A standard electric kiln means oxidation; gas and wood allow full reduction. The AI adjusts the chemistry to the atmosphere — in reduction, for example, iron becomes FeO and yields blue-grey colors; in oxidation it becomes Fe₂O₃ and yields amber-yellow tones.

Which raw materials are used? Are there Brazilian suppliers?

The recipe is built from raw materials that circulate in the Brazilian market: sodium and potassium feldspars, kaolins (EPK, Vidalia, São Simão), silica in 200 or 325 mesh, dolomite, wollastonite, talcs, coloring oxides (Fe₂O₃, MnO₂, CoO, CuO), zirconia for opacifying and frits for low temperature. Each recipe comes with a regional supplier suggestion whenever public data is available.

Is it safe to use these recipes on functional ware (pieces that touch food)?

Every recipe generated with `Piece use = Functional` applies stricter toxicity rules: lead is banned (always), barium is avoided on the surface, lithium only in a stable form, cadmium is banned. Even so, we always recommend a leaching test before commercial use. For decorative ware the restrictions are looser, but the system still flags any problematic raw material.

Can I trust an AI-generated recipe 100%?

No — and no glaze recipe should ever go into production without testing. The generated recipe is a technically sound starting point (the chemistry checks out, percentages add up to 100%, fluxes are proportional), but real-world variables like raw-material batch composition, application thickness, the kiln's actual curve and the bisque clay body call for a triaxial test before you fire a whole kiln load. That's exactly why the platform already delivers 9 variants ready to test.

What is Seger UMF and why does it appear next to the recipe?

Seger UMF (Unity Molecular Formula) is the universal chemical way to describe a glaze: the molar ratio between fluxes (RO/R₂O), stabilizers (Al₂O₃) and glass formers (SiO₂, B₂O₃). It's how technical potters around the world compare recipes regardless of raw-material brand. The platform computes the UMF automatically and shows whether the formula falls within the known limit formulas for the chosen cone.

What is the Stull Chart?

A map published by Charles Stull in 1912 that plots, on the silica × alumina plane (in molar ratio), the glaze's expected behavior zones: glossy, matte, under-saturated, unmelted. The platform plots your recipe on that map and tells you which zone it lands in — handy for understanding why a glaze is crazing, running or turning opaque when you didn't expect it to.

How much does it cost? Is there a free version?

Yes. Without signing up you can generate 1 preview recipe every 24h. After creating a free account, the Free Forever plan includes 6 mockups in the simulator (up to 3/day) and 3 complete recipes per month, forever — the quota resets on the 1st. The Ceramista plan is R$ 39,90/month with 60 mockups and 15 recipes (no instructor review); Ateliê PRO is R$ 99/month with 50 recipes, 5 reviews by Prof. Tito and an exclusive discount on OXID purchases; Escola is R$ 329/month for up to 10 users.

Who is Prof. Tito Tortori?

Tito Tortori is a Brazilian ceramist and teacher with decades of experience teaching glaze formulation. He is Keramoslab's pedagogical partner, and the empirical-percentage method he developed for high temperature is one of the generation strategies available on the platform. The personal recipe-review service (included in the paid plans) is in development and will be enabled soon.

Want to understand more before testing? Read our technical guides on the potter's blog — pyrometric cones, oxidation vs. reduction, Seger UMF explained.