Dry Electrode Coating Technology
We are aware of how important premium batteries are to the development of many different sectors, especially renewable energy and electric cars. Our partners can fulfill growing market demands while upholding the highest standards of quality and efficiency thanks to our state-of-the-art technology, which are made to expedite manufacturing processes.
Comprehensive Automation for Enhanced Production
Our solid-state battery manufacturing solutions come with a complete automation system that integrates every step of the production process. From raw material handling to the final product, our automated systems significantly reduce manual intervention, which is crucial for improving product consistency and stability. By minimizing human error, we ensure that our partners receive reliable and uniform products every time. This comprehensive approach to solid state battery manufacturing not only enhances productivity but also allows manufacturers to focus on innovation and growth in a rapidly evolving market.
High-Speed Dry Electrode Coating Equipment
One of the standout features of our solid-state battery manufacturing solution is our state-of-the-art dry electrode coating equipment. Designed for high-speed production, our machines achieve impressive coating speeds—over 80 meters per minute for anodes and over 50 meters per minute for cathodes. Furthermore, thickness uniformity is meticulously controlled, with a variance of less than ±2 micrometers. This level of precision is essential for optimizing battery performance and longevity. Our high-quality dry electrode coating equipment sets a new standard in solid state battery manufacturing, enabling clients to produce superior batteries that meet demanding market requirements.
Innovations in Electrolyte Making
At LEAD, we pride ourselves on pushing the boundaries of solid-state battery manufacturing technology. Our ultra-thin electrolyte making process is a game changer in the industry, allowing for electrolyte thickness to be controlled at less than 20 micrometers. This innovation enhances the overall efficiency and performance of solid-state batteries, contributing to longer life cycles and better energy density. By investing in advanced technologies like our electrolyte making process, we empower our clients to remain competitive in the ever-evolving energy storage market.
Conclusion
We give companies the resources they need to succeed in the ever-changing energy market by providing advanced electrolyte production techniques, high-speed dry electrode coating equipment, and an integrated automation system. Our emphasis on effectiveness and quality guarantees that our partners can satisfy the rising need for dependable energy storage solutions. We extend an invitation to businesses to join us in influencing the direction of solid-state battery production and attaining mutually beneficial growth.