CapeSym, Inc.
Founded in 1992, CapeSym is a US-based R&D and manufacturing company focused on discovery, growth, and production of semiconductor and scintillator detector materials and on integration of those materials into detector modules and instruments for applications in homeland security, medical imaging, space, and science. Capabilities include crystal growth and purification, materials characterization, computational simulation (thermo-fluid and particle transport), detector module design and fabrication, and consulting services. Commercial production is performed in the USA.
Industries
N/A
Nr. of Employees
small (1-50)
CapeSym, Inc.
Products
High-light-output scintillator gamma detectors (strontium-iodide-based)
Encapsulated scintillator detectors and packaged detector cores based on high-performance strontium-iodide crystals, offered with detector readout options (PMT, SiPM) and rugged packaging.
High-light-output scintillator gamma detectors (strontium-iodide-based)
Encapsulated scintillator detectors and packaged detector cores based on high-performance strontium-iodide crystals, offered with detector readout options (PMT, SiPM) and rugged packaging.
Services
Technical consulting and contract R&D in thermal management, crystal growth, advanced materials, biomedical devices, and industrial equipment design and fabrication.
Technical consulting and contract R&D in thermal management, crystal growth, advanced materials, biomedical devices, and industrial equipment design and fabrication.
Expertise Areas
- Crystal growth and materials processing
- Scintillator and semiconductor detector development
- Radiation detection instrumentation and module integration
- Thermo-fluid and Monte Carlo simulation for process and detector design
Key Technologies
- Crystal growth (Bridgman, Czochralski, Float Zone, Travelling Heater Method)
- Perovskite semiconductor detectors
- Halide and oxide scintillators
- Composite detector design
News & Updates
Journal article on growth and detector performance of cesium lead bromide semiconductor radiation detectors.
Study demonstrating perovskite-based direct X-ray detectors with high spatial resolution.
Journal article reporting development of gallium-oxide-based ultrafast, radiation-hard scintillators.
Conference/journal articles on thallium-bromide detector development and device fabrication methods.
Journal article on growth and detector performance of cesium lead bromide semiconductor radiation detectors.
Study demonstrating perovskite-based direct X-ray detectors with high spatial resolution.
Journal article reporting development of gallium-oxide-based ultrafast, radiation-hard scintillators.
Conference/journal articles on thallium-bromide detector development and device fabrication methods.