Cellerate develops automated systems for the assembly and sealing of battery cells, including coin cells and multi-layer pouch cells, to enhance precision and throughput in battery research and manufacturing. Their customizable solutions address the need for efficient quality control and rapid material testing, significantly reducing laboratory time and space requirements.
Funding
$127K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Battery research and manufacturing processes often face bottlenecks due to the manual assembly and sealing of battery cells, leading to inefficiencies in material testing, quality control, and overall throughput. Traditional methods require significant laboratory time and space, hindering rapid prototyping and optimization of battery designs.
Solution
Cellerate provides automated systems for battery cell assembly and sealing, addressing the need for increased precision, speed, and efficiency in battery research and production. Their solutions are designed to automate the assembly of coin cells, single-layer pouch cells, and multi-layer pouch cells, enabling rapid material testing and quality control. The systems are customizable to accommodate various cell types and sizes, offering accuracy and reliability while minimizing laboratory footprint. Cellerate's integrated workflow facilitates fast and flexible cell development, allowing users to quickly reconfigure cell shape, size, and materials for evaluating new technologies.
Target Audience
Cellerate's primary customers are battery researchers, developers, and manufacturers involved in researching, developing, and testing new battery materials and formats.
Features
- Automated assembly of coin cells, single-layer pouch cells, and multi-layer pouch cells
- Customizable systems adaptable to various cell types and sizes
- Multi-Functional Press consolidating pouch forming, cell lamination, and 3-side sealing processes
- Cutting System with laser-cutting and blade-cutting capabilities, capable of up to 1000 electrodes per hour
- Stacking System for automated stacking of pouch cells in custom geometries, achieving up to 2 x 40-layer cells per hour
- Intuitive user interface for seamless operation
- Compact designs to save laboratory space
- Argon glovebox and lithium metal compatibility