From laboratory to large-scale production
We have developed a proven solution to scale up the production of SOFCs and SOECs.
The challenge for technical ceramics manufacturers is to quickly scale up innovative processes and move from batch to continuous production. Our unique Lab-to-production program (L2P program) helps you to successfully master this transition.
The ONEJOON L2P program combines data and knowledge from over 125 years of experience in industrial furnace manufacturing. It is based on our know-how from numerous successfully completed scaling projects in the field of technical ceramics and fuel cells.
Your benefit: minimizing risk and increasing efficiency
With our L2P program, you minimize the risk of switching to continuous production. At the same time, you create efficient, reliable and effective foundations that optimize your production processes.
The L2P program in a nutshell
Our L2P program offers you personal, continuous and structured support throughout the entire development process. We guide you through all the necessary activities and ensure that you have quick access to the required financial and technical information at all times.
From day one, we make your development needs transparent. Our experts are at your side until you can operate the continuous system with your trained personnel. Our structured process makes the successful transition more reliable, predictable and faster.
ONEJOON's proven development process
Expand your knowledge while avoiding the most common pitfalls. When we develop your solution together, you can be sure you'll get the right furnace for your specific technical ceramics and fuel cell needs. Our L2P program has proven to be effective as it significantly shortens time to market and follows a standardized, yet flexible process.
Be one step ahead of your competitors
Rely on ONEJOON's proven L2P program to efficiently scale your production of technical ceramics and fuel cells. Contact us to learn more about our innovative industrial furnaces and customized solutions.