Precision. Reliability. Durability. Our newest micro pump is engineered specifically for the demanding task of electrolyte filling in battery cell manufacturing. At the heart of our battery filling innovation is a hermetically sealed design utilizing a magnetic coupling with a canister-style containment shell. This construction eliminates the risk of leakage, ensuring the safe handling of sensitive and aggressive electrolytes.
The HNP Mikrosysteme cutting-edge magnetic hermetic pump mzr-7265-hs is a game-changer for battery cell filling production lines:
- Delivers absolute accuracy
- Dispenses volumes between 4–8 ml in just 2 seconds
- Operates under vacuum conditions
- Ensures a variation of less than 1%
- Guarantees consistent quality and performance
The precise delivery capability minimizes overfill, reduces material waste, and enhances overall product quality. The result: fewer defective cells, higher yields, and consistent performance across
In light of the growing need for high-performance energy storage in applications such as electromobility and stationary energy storage, the topic of electrolyte filling is increasingly important. Within large-scale production lines, it’s essential to maintain a stable and reliable dosing system to meet the industry’s strict quality requirements and reduce both scrap rates and production costs. In addition, precise control of filling volumes enables reproducible manufacturing of cells with consistent quality and performance.
At HNP Mikrosysteme USA, we have demonstrated how we have addressed this critical challenge by effectively using high-precision dosing pumps. Stop by our booth 3541 to discuss solutions for maintaining the tightest possible tolerances in filling volumes, process automation and strategies for monitoring and controlling the dosing process. The approaches that we have developed form the foundation for economical and high-quality cell production which meets the growing demand for innovative battery applications, while consistently upholding the most stringent safety and performance standards.
