Battery Manufacturing Technology

Revolutionizing Battery Manufacturing

From scientific discovery to industrial precision.

Aikemics delivers intelligent simulation solutions for battery manufacturing. These solutions combine physics-based computational models and AI to optimize processes from slurry to cell assembly.

12+
years

of research maturity behind our computational models

100+
publications

informing our scientific backbone

Pilot lines &
gigafactories

scaling made possible with our predictive models

Excellence in Quality
and Yield

driven by our predictive models

Scientific Research Lab

A deeptech company with scientific DNA

Aikemics is a French startup transforming how batteries are made. We use smart simulations, mixing physics and AI, to help battery makers make better decisions, faster.

Our goal: Help gigafactories and labs work quicker and smarter with reliable predictions.

What we stand for

Principles that guide our technology and partnerships

Scientific rigor

Over black-box shortcuts

Industrial pragmatism

Over academic abstraction

Transparency & explanability

Over guesswork

Security & sovereignty

For your data and IP

Hybrid Intelligence for Manufacturing

Aikemics blends four pillars into a coherent stack

Physics-based simulation

Multi-scale, multi-physics models of key manufacturing steps: slurry mixing, coating & drying, electrode calendering, cell assembly, degassing, electrolyte filling, formation, performance evaluation.

AI/ML optimization

Machine learning accelerates exploration of high-dimensional parameter spaces, guiding towards stable, high-yield operating windows.

Digital models for digital twins of processes

Virtual replicas to test hypotheses safely, reduce trial-and-error, and enhance process understanding before making changes on the production line.

Training for easy use

Assistance that surfaces validated knowledge and past results to assist in the creation of the modeling workflows right where engineers need it.

Why Aikemics

Built for industrial-grade performance and everyday usability

High fidelity

Physics-driven accuracy across scales

Trustable

Explainable, validated, auditable

Real-time

Insights when decisions happen

Flexible

Chemistries and pilot line designs

User-friendly

Clean UX, actionable guidance

Use cases

Less rework, more predictability, and faster time-to-production

Battery Manufacturers

For Battery Manufacturers & Gigafactories

  • • Calibrate process windows to improve reproducibility
  • • Shorten experimentation cycles before ramp-up
  • • Scale recipes across lines, formats, and chemistries
Equipment Suppliers

For Equipment & Materials Suppliers

  • • Co-optimize equipment settings and material specs
  • • Provide model-informed application notes to customers
  • • De-risk new formulations and process ranges
Research Labs

For RTOs & Advanced Labs

  • • Unify experimental and simulation workflows
  • • Move from one-off studies to repeatable, sharable models
  • • Train teams on predictive engineering at scale

Team

Transdisciplinary by design

Our team blends simulation experts, AI/ML specialists, software engineers, and product leaders, all deeply familiar with battery manufacturing reality.

Prof. Alejandro A. Franco

Prof. Alejandro A. Franco

Co-Founder

Science/Tech Vision Lead

Mohammed Alabdali

Mohammed Alabdali

Core Team member

Innovation Lead

Daniella Tchana

Daniella Tchana

Core Team member

Executive lead

Isabelle Weis

Isabelle Weis

Co-Founder & Chairwoman

Ethical leadership & governance

Frequently Asked Questions

Let's build the future of battery manufacturing.

Trusted by industrial innovators and research leaders across Europe, Asia, and the US.

Industrial Manufacturing

Location

France · Remote