Innovation
Innovation at Navitas Systems means translating advanced battery science into reliable, manufacturable energy systems.
We integrate deep cell-level expertise, system engineering, and vertically integrated U.S. manufacturing to rapidly deliver high-performance lithium solutions that meet demanding mission, safety, and lifecycle requirements. By tightly coupling R&D, qualification, and production, we reduce risk, accelerate deployment, and create differentiated solutions tailored to our customers’ applications.
Renowned Scientists & Engineers
Navitas Systems’ ASG brings deep expertise across lithium-ion cell R&D, engineering, and manufacturing. Rather than re-packaging existing chemistries, we match the right chemistry to each application—drawing on broad experience with anode and cathode materials and a global network of suppliers. We optimize core cell designs for specific goals—high power, high energy, temperature robustness, long cycle life, and durability—so recommendations are grounded in fundamentals, not guesswork.
Facilities to Match the Talent
Navitas Systems’ Advanced Solutions Group operates a fully integrated R&D and pilot manufacturing campus in Ann Arbor, Michigan, designed to support the complete battery development lifecycle. Our infrastructure tightly couples materials science, cell engineering, pilot-scale production, and validation to accelerate innovation while ensuring manufacturability and reliability.
Lab-Scale Materials Production
Navitas maintains in-house capabilities for producing and processing advanced electrode materials, including milling, thermal treatment, and controlled-atmosphere synthesis. These capabilities enable rapid iteration of anode and cathode formulations, supporting development of next-generation lithium-ion and beyond-lithium chemistries.
Materials Testing
Our laboratories are equipped for comprehensive characterization of powders, precursors, membranes, and substrates to evaluate structure, composition, and performance. This testing ensures material quality, enables optimization of electrochemical properties, and provides early insight into manufacturability and lifecycle behavior.
Electrode & Cell Fabrication
Navitas engineers fabricate precision electrodes using both conventional wet processes and advanced solvent-free dry electrode technologies. Cells are assembled in controlled dry-room environments across multiple form factors, allowing rapid prototyping and validation of application-optimized designs.
Pilot Scale Coating & Cell Assembly
Our pilot-scale coating and assembly lines mirror production-relevant equipment and processes, enabling scalable transition from laboratory concepts to repeatable manufacturing. This environment supports process development, design of experiments, and limited-volume production with high reproducibility.
Battery Testing
Navitas operates extensive automated test systems and environmental chambers to evaluate performance across wide temperature ranges and duty cycles. These capabilities support high-power, high-energy, and extreme-environment validation, providing data critical for qualification, safety, and system integration.
Build What Powers Real-World Missions
Join a hands-on team designing and building lithium systems for warehouses, defense platforms, and mission-critical backup. You’ll work in modern labs and production spaces with real ownership, safety-first standards, and room to grow.
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