Compared to other methods, the strongest point of the LCA is its measurement speed of 1:10000.
Increasing production costs force companies to produce more efficiently. Gaining the maximum benefit from raw material is vitally for every company.
One of the most important issues in production processes where liquid-solid mixtures combine to form the product, is that the solid particles are not homogeneously distributed.
The floating solid particles affect the quality of the product. Instantaneous quality checks are not effective. During quality control stage, problems such as sedimentation of the floating solid particles or the sample not representing the production may be observed.
The LCA, however, is able to measure liquid density during flow. Contrary to other methods, it can check flowing liquids without the need of sampling and send warnings in cases where density differences may cause quality problems.
As the LCA is able to measure behind ceramic or glass surfaces, it is possible to use it in food and beverage industries. The light technology creates to hazardous effect and can be integrated into plant software as needed.
Compared to other methods, the strongest point of the LCA is its measurement speed of 1:10000.
It provides special system solutions for each individual customer via modifications made on its processor.
