Hot-Zone Design and Control Algorithm
Fundamentally differentiated Hot-Zone Design and Control Algorithm.
Fundamentally differentiated Hot-Zone Design and Control Algorithm.
- Hot-Zone is the complete internal structure of the Crystal Puller. This includes all graphite, Carbon Fibre, and Quartz parts.
- The temperature field in the crystal puller, the melt flow field, and the argon flow field that influence the quality, productivity, and cost of crystal growth are influenced by the hot-zone design.
- RSOLEC has specialised ability to design and improve hot-zones by combining historical data and fundamental simulations.
- ROSELC’s hot-zone evolves every year to stay ahead of the competition
- Crystal Growth is a Multiscale problem requiring precise control of nanoscale phenomena with macroscale dynamics, which is accomplished by the proprietary control algorithm. Our Control algorithm integrates real time measurement with a feedback control, model-based feed forward control, and AI based ML.
- Our Control algorithm also evolves every year.
- Independent of the market forces and demands, we can stay one generation ahead of the competition.
