Powering the core of tomorrow with invisible precision

Quintus high-pressure technology enables the safe, scalable production of all-solid-state batteries for the industries shaping the future.

Safety. Density. Durability. Pressed into every cell.

Eliminates voids, cracks, and inconsistencies with uniform isostatic pressure
Enables higher energy density and longer lifespan
Critical for demanding environments going from EVs to aerospace
Supports compact, defect-free designs with low interface resistance

Proven technology. Scalable partnership.

Quintus invented the wire-wound pressure vessel, setting a global standard for safety and durability in high-pressure technology. with over 1,900 systems delivered in 45+ countries, Quintus is a trusted partner in industries like electric vehicles, aerospace, energy and defense. Their commitment is backed by the Quintus Care service program, offering global support and expertise to maximize uptime and safeguard customer investments.

Trusted by industry. Powered by commitment.

Application support for process optimization
Material testing at Battery Application Centers
Spare parts, training, and uptime services via Quintus Care

Professor Y. Shirley Meng, Ph. D., USA

"Using solid ceramics instead of liquid electrolytes in batteries is expected to increase safety, as well as energy density and charging capabilities. However, work with new layers of electrolyte materials indicates that the common uniaxial methods such as calendaring, or hot pressing, lead to insufficient electrode density and lower electrochemical performance. Therefore, warm isostatic pressing is labeled a key technology in creating sufficient particle-to-particle contact."

Throughput and cost analysis of solid-state battery production

Learn how isostatic pressing enables high-throughput, cost-efficient solid-state battery production by reducing porosity and improving material quality.

This whitepaper highlights the technology’s strong scalability and economic advantages, offering strategies to optimize throughput and lower costs from pilot projects to gigafactories.

Quintus Battery press for solid-state battery research

Quintus addresses battery compaction challenges with its MIB 120 and QIB 180 lab-size presses, designed for research and development.

These presses support safe, precise, and cost-effective solid-state battery studies at the laboratory scale.

Optimizing sulfide-based solid-state batteries processed by WIP

Discover how Warm Isostatic Pressing (WIP) boosts performance, safety, and scalability in sulfide-based solid-state battery manufacturing in this webinar.

Learn key parameters, optimization methods, and scale-up strategies to stay ahead in next-generation ASSB battery production.

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