Germanium crystals are a top choice for X-ray sensor arrays, particularly in high-performance applications, because they outperform other semiconductors like silicon. A key advantage is Germanium's high atomic number.
This is a critical factor for X-ray detection because it greatly increases the probability of a photoelectric absorption event. In this desired interaction, an incoming X-ray photon is completely absorbed, and its energy is converted into a detectable signal.
For higher-energy X-rays, germanium is significantly more efficient at stopping and detecting photons than silicon. We offer both Vertical Gradient Freeze (VGF) and Czochralski (Cz) grown crystals for this application.
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.