From clay to summit
Simulate a glaze on a photo of your piece, generate recipes from an inspiration photo and get a use-of-piece report — all in one place.
Free forever: 20 credits/month · cone 5–10, oxidation and reduction · every recipe needs a bench test
New · Raku lab
Basics, recipes adapted to materials sold in Brazil (crackle, copper luster, copper matte, naked raku) and real results from our studio tests.
Explore raku →


The Keramoslab edge
Every recipe gets a normative classification in three independent indicators — fitness for use of the piece, studio handling and firing — based on Brazilian Ordinance SVS/MS 27/1996, RDC 722/2022 + IN 160/2022, ISO 6486, ASTM C738, IARC and GHS. No magic number: it tells you whether it can go to the table, how to handle the powder and whether it will melt.
🧪 Normative classification
Copper at 2% in a stable glassy matrix: fit for the table according to the screening — compliance is only confirmed by a migration test. Mask and gloves when weighing.
Real examples
See real ceramic pieces simulated with glazes from our partner manufacturers.
Bisque
Blue GalaxyBowl — Blue Galaxy glaze
OX 114Bisque-fired piece simulated with a catalog glaze (OX 114)
Leather-hard
IrisVase — Iris glaze
OX 8017Leather-hard piece simulated with a catalog glaze (OX 8017)
How it works
No need to master Seger UMF — the platform does the chemistry and hands you a recipe ready to test.
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.
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.
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).
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).
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
From casual testing to professional studio use. Cancel anytime.
Founder price locked in until Jan 31
Free
$0
Studio management + 20 credits/month
Ceramist
$9.90/month
60 credits/month, roll over up to 3 months
Studio PRO
$29/month
150 credits/month + AI chat
Annual plans at a discount (pay for 10 months, use 12). Cancel anytime. Schools and studios with classes: contact us.
Learn in 1 minute
Photo → recipe, simulate on your piece, import your notebook. Guides on the blog and videos on Instagram @keramoslab_oficial.
Frequently asked questions
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.
Both. For high temperature (cones 5 to 10) the AI formulates the recipe and the site validates it against the Seger unity formula and the published limits for the cone. 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.
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.
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.
Yes. With a free account you get 20 credits every month, forever — a glaze simulation uses 1, a recipe import 3 and a recipe from photo 5. The Ceramist plan is $9.90/month with 60 credits (rolling over for up to 3 months); Studio PRO is $29/month with 150 credits, AI chat and the piece combiner; the School plan (up to 10 users) is available on request. Paid plans also get 10% off OXID purchases in Brazil (orders from R$ 50). International prices in USD, processed by Dodo Payments.
Want to understand more before testing? Read our technical guides on the potter's blog — pyrometric cones, oxidation vs. reduction, Seger UMF explained.