Save the Earth.
Change the World.
UJ-Crystal
Technology
The most beautiful crystal in the world,
The smartest in the world,
The fastest in the world.
Crystal Development
BEAUTIFUL
Adopting the “solution growth method” that can achieve ultra-high quality
UJ-Crystal’s solution-growth method, in which crystals are gradually grown from a liquefied Si-C solution at high temperature, enables the stable production of ultra-high quality SiC wafers, which not only improves the performance of power devices but also reduces device costs.
Simulation
SMART
Visualizing the inside of a reactor through simulation
Simulations are performed under experimental conditions obtained through AI and machine learning. By visualizing the conditions inside the furnace during the experiment, which are normally invisible, we are actively using this information to search for more optimal growth conditions, understand crystal growth experiments, and train human resources.
Machine Learning
FAST
Unparalleled development speed using AI and machine learning
Various parameters in the solution growth method are highly optimized by machine learning. These AI methods were developed at Nagoya University and are unique to us. By conducting experiments under the experimental conditions obtained by AI and machine learning, we are able to significantly shorten development time and reduce development costs.
Technology
Crystal Development
BEAUTIFUL
Adopting the “solution growth method” that can achieve ultra-high quality
UJ-Crystal’s solution-growth method, in which crystals are gradually grown from a liquefied Si-C solution at high temperature, enables the stable production of ultra-high quality SiC wafers, which not only improves the performance of power devices but also reduces device costs.
Simulation
SMART
Visualizing the inside of a reactor through simulation
Simulations are performed under experimental conditions obtained through AI and machine learning. By visualizing the conditions inside the furnace during the experiment, which are normally invisible, we are actively using this information to search for more optimal growth conditions, understand crystal growth experiments, and train human resources.
Machine Learning
FAST
Unparalleled development speed using AI and machine learning
Various parameters in the solution growth method are highly optimized by machine learning. These AI methods were developed at Nagoya University and are unique to us. By conducting experiments under the experimental conditions obtained by AI and machine learning, we are able to significantly shorten development time and reduce development costs.
People
