Optic materials including Germanium grown by Czochralski process can be simulated using FEMAG. Optic materials have a very strong quality requirements, hence the production group needs a complete insight of the process parameters and their imapact on the crystal quality. FEMAG/CZ (Version 2.2) can provide you all those information on a finger tip at absolutely zero operating cost.

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All PV Chain Stakeholders have the same requirement of decreasing their cost in order to reach the grid parity. Therefore, silicon ingot manufacturers are increasing their process yield and productivity. FEMAG supports mono/multi silicon ingot manufacturers in the development of process with higher yield and productivity. FEMAG leadership is computational efficiency and accuracy of the product.

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Semiconductor manufactures are engaged in the miniaturization and functional diversification of semiconductor diodes but at the same time performing research to increase the ingot diameter and standardization of the crystal growth process. The simulation tool developed by FEMAG allows the crystal growth research and development to embark on their ambitious mission to achieve crystal growth ingot targets. Without FEMAG simulation software the cost of innovating crystal growth silicon ingots is beyond imagination. Altogether 35 patents are referring to our FEMAG simulation software. FEMAG leadership is accuracy of the data computed i.e., matching the experimental predictions including the evolution of the interface shape during crystal growth with an accuracy of 5%.

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FEMAG supports the LED industry moving towards larger-diameter wafers. FEMAG leadership lies in its modelling of industrial processes.

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