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Related Articles

  • Growth of very large ingot diameter
  • Defect free ingot growth
  • Oxygen content control
  • Resistivity variance decrease
  • CCZ process
  • Magnetic field
  • LED crystal growth process design
Home ›› Products ›› Czochralski (CZ) Process ›› Process yield increase
Process yield increase
You are looking a solution for this killer question? " What is the maximum pull speed I can reach with my Czochralski furnace without any structure loss".

Do you know which are the limiting parameters for the yield?

FEMAG Czochralski fully time dependent simulations help you to track these parameters at each instant during the growth of the crystal.

Czochralski simulator provides engineers with the solidification front shapes, thermo-elastic stresses, melt flow patterns, gas flow patterns, graphite parts temperature developed during the growth of the crystal. With this information in hand FEMAG Czochralski users optimize their processing conditions to increase their solidification rate and obviously their yield.

So with FEMAG Czochralski simulator crystal growers not only increase their process yield but also gain significant knowledge to innovate their next generation crystal growth process technology.

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