Lower Footprints, Higher Yields

Optimising the energy-intensive ceramic firing process doesn't just save money—it secures the future of British manufacturing. How much carbon are you leaving behind in every firing cycle?


Explore the Data

Precision Analytics for Green Production

22%

Average reduction in kiln fuel consumption per cycle.

15t

CO2e saved annually per single automated firing line.

98%

First-time yield accuracy using AI thermal modelling.

4.2:1

ROI on energy reclamation systems integrated with neural networks.

Modernizing the UK Ceramics Legacy

Our commitment at Claywise AI goes beyond simple automation. We're retrofitting the Midlands' proud industrial history with neural sensors that predict thermal runaway and cold spots before they occur.

By reclaiming waste heat through software-defined ventilation cycles, we've helped heritage potters reduce energy overheads by up to 30%. It's not just cleaner; it's more profitable.

Close up of high-tech sensors on a ceramic kiln setup

Sustainability is no longer optional.

Zero-Waste Algorithms

Predictive slicing and nesting reduce raw clay waste by 12% across high-volume production lines.

Dynamic Loading

AI calculates the optimal piece density for every kiln car to maximize thermal mass efficiency.

Edge Intelligence

Real-time telemetry prevents over-firing, protecting the longevity of your heating elements.

Local Resilience

Strengthening the UK supply chain by making local production more competitive than cheap, high-carbon imports.

Verified Impact

"Why did we choose Claywise AI? Because their focus wasn't just on speed, but on the environmental footprint of our Sandwell facility."

Benii Fairfoot