Battery Production
Infrared for Battery Production
Infrared technology supports key processes in modern battery manufacturing by enabling fast, precise, and energy-efficient heating and drying.
With the growing electrification of mobility and the expansion of battery applications across various industries, the demand for advanced battery technologies continues to rise. Larger, more powerful, and more durable batteries are required to supply energy to a wide range of vehicles and electronic devices.
As a result, new applications for infrared drying and heating are emerging — contributing to more efficient production processes, improved material performance, and optimized energy use in battery cell manufacturing.
Advantages of Infrared in Battery Production
Our infrared systems offer significant advantages for heating, drying, and curing processes in battery manufacturing:
- Flexible process integration in both continuous and batch production lines
- Highly uniform temperature distribution across entire component sizes
- Capability to reproduce complex geometries for precise heat application
- Precisely controllable and monitorable systems for reliable process performance
- Clean heating processes with minimal particle introduction into production environments
- Comprehensive data collection and storage for exact process reproducibility and quality traceability
Looking for a Solution for a Process in Battery Production?
Contact us today for a personal consultation!
Whether your process involves drying, adhesive activation, or shrinking, we will develop the ideal infrared solution tailored to your specific requirements.
Our Products for Battery Production
Drying of Electrode Materials
Infrared technology provides an energy-efficient and highly effective method for drying and curing processes in battery cell production.
In the production of certain battery types, the electrode coating is applied in the form of a paste or slurry, which must then be thoroughly dried. Infrared systems offer an efficient and precise solution for this critical drying process, ensuring uniform moisture removal and consistent coating quality.
In addition, infrared heating can also be used for the curing of adhesives in battery housings, significantly accelerating process times and improving overall production efficiency.
Application of Protective Films
Infrared technology enables precise and controlled film-shrinking processes for batteries, packaging, and other industrial products.
Protective films can be applied to batteries or other components using heat-shrink methods. Infrared systems are ideally suited for this process, as they allow precise temperature control and, through the targeted positioning and alignment of infrared emitters, make it possible to accurately define the starting point and progression of the shrink process.
This method is used not only in battery production, but also in the packaging industry, for example in beverage packs and other shrink-wrapped products.
Infrared Solutions for Your Industry
In nearly all production processes, infrared technology can help reduce cycle times, save energy, and minimize space requirements.
