Over the last quarter of a century the battery industry has focused upon valve regulated lead acid (VRLA) technology, alternately called maintenance-free, gel, or sealed.

The cessation meant that new knowledge, new materials, and new manufacturing techniques accumulated in the laboratories, and were not used to improve the performance of traditional stationary flooded batteries.

This accumulation created a window of technological opportunity. At this window stands critical institutional users for whom battery reliability an performance are essential.

Laor has opened this window by incorporating the new knowledge, materials and manufacturing techniques to develop the LAST family of batteries.

The LAST battery stands on the shoulders of proven technology and proven materials to extend stationary flooded battery performance.

LAST batteries employ internal shoulders allow the side walls of the jars to cool and allow the addition of more electrolyte in the calls.

Similarly, the cells have perforated negative bottom support ribs that allow the active unimpeded stir electrolyte essential to both discharge and charge performance.

In addition to the above improvements based on meterial advances, the new graduated, triangulated grid made possible by modern precise casting techniques was designed.

These advantages, are combined with proven post seal designs and materials to bring to the market a battery offering the reliability advantages of flooded batteries, with a design for the 21st century.