Improving crystal growth requires a deep understanding of thermal dynamics. Our thermal simulation services for VGF (Vertical Gradient Freeze) furnace design and the crystal growth process allow you to optimize the entire procedure without expensive, time-consuming physical prototypes.
By precisely modeling heat transfer, temperature gradients, and the resulting stress levels throughout the entire growth run, we help you achieve a controlled and optimized temperature field. This is a critical factor for producing high-quality, low-defect crystals. From fine-tuning heater configurations to improving insulation and material choices, our simulations provide the insights needed to accelerate your R&D, reduce material waste, and increase the yield of flawless crystals for your most demanding applications.
CORE PRODUCTS, SERVICES AND APPLICATIONS
Our SOLUTIONS
Ge Crystals
Semiconductor and optical Germanium crystals tailored for photonics and sensing applications.
Ge Wafer
High-quality Germanium substrates designed for precision microfabrication and advanced material research.
Ge for Monochromators
Precision monochromators and channel-cut crytals for wavelength selection in x-ray and neutron technology.
Ge for Sensor Applications
Wafer structuring and further services for hall-sensors, x-ray sensors and sensor arrays.
Ge for IR Applications
Custom and standard IR lenses and windows optimized for filters and thermal imaging.
Thermal Simulations
Furnace design and crystal growth modeling by numerical simulations.