Promising battery technologies die in the gap between the lab and the factory floor. Ionforge provides the capacity, experience, and operational efficiency to turn them into commercially viable products, built on patent-pending architectures designed for manufacture from cell to system.
Ionforge was built on a single conviction. The companies who win the battery race will not be those with the best chemistry, but those who can manufacture it at scale.
Our patent-pending cell-to-system architectures are engineered for production from the ground up, closing the gap between laboratory promise and commercial reality.
Because the world does not have time to wait.
Getting a cell to perform in a lab is one challenge. Doing it consistently, safely, and economically across millions of units is another entirely. The industrialisation gap is where promising technologies stall, budgets collapse, and timelines collapse. Most never make it across.
Every GWh of production demands enormous capital across specialised equipment, tightly controlled environments, and precision process engineering. Electrode coating lines, formation cycling systems and dry rooms each carry a price tag that compounds rapidly across a full production stack. For most emerging battery companies, the capex burden becomes existential long before a single commercial cell reaches a customer.
Our manufacturing-optimised designs and production-ready architectures mean customers can move from validated cell to commercial deployment without rebuilding the process from scratch. Every decision made at the design stage is made with scale-up speed in mind, so when demand arrives, the capacity to meet it is already built in.
Ionforge is the full industrialisation stack, delivered as a service. Built around five platform pillars, our patent-pending architectures take a promising chemistry and turn it into a shipped product at scale, without the years of factory rebuilds, equipment compromises, and yield losses that define the traditional path to market.
Every cell, module, and system is engineered with production in mind from day one. Ionforge builds manufacturability into core geometry, tolerances, and material choices from the outset, resulting in a design that survives and thrives at volume, reducing rework, scrap, and the costly iteration cycles that plague most scale-up programmes.
DFMMost battery manufacturers adapt generic industrial equipment to fit their process. Ionforge specifies equipment matched precisely to the cell chemistry, format, and throughput of each programme, eliminating off-the-shelf inefficiencies and unlocking meaningful gains in yield, cycle time, and cost per kWh from day one.
EquipmentForgeOS provides real-time process intelligence across every stage of production. By continuously monitoring key parameters and making proactive adjustments, it catches yield-limiting deviations before they become defects, giving operators the visibility needed to maintain quality at scale without costly manual intervention.
ForgeOSBefore a single piece of equipment is ordered, ForgeOS stress-tests the entire production system digitally. Advanced simulation tools model process interdependencies, equipment behaviour, and yield outcomes across operating conditions, reducing costly commissioning surprises and accelerating the path to a stable production line.
SimulationIonforge is not tied to a single chemistry or format. The platform accommodates LFP, NMC, Na-Ion, and emerging chemistries within the same framework, meaning customers are never locked into yesterday's technology and Ionforge can serve innovators from early development through to full commercial scale.
FoundryIonforge is led by engineers, operators, and industry leaders who have scaled battery production from prototype to gigafactory, built manufacturing lines under pressure, and navigated the hardest parts of industrialisation firsthand. This is not a team theorising about scale. It is a team that has lived it, across some of the world's most demanding battery and hardware programmes.