We are crazy about gamma ray imaging technologies.
In the field of nuclear medicine and radiation monitoring systems, we are developing super cool technologies to conquer cancer and stop radiological threats.
ARALE laboratory develops various cutting edge technologies in the field of radiation imaging. Developed systems include: Radiation detectors for national security and clinical and preclinical diagnostic nuclear medicine imaging systems for national healthcare. Additionally, software algorithms for high quality imaging tools are boldly explored!
Radiation surveillance system, based on VPTM technology, monitors nuclear terrors and disasters more effectively. It optimizes the performance parameters of surveillance systems for each radioactive condition in real-time. You are able to zoom-in and trace the target through the remote control room.
Hand-held and light weight gamma ray imaging camera based on a silicon photomultiplier, high resolution scintillator, high speed ADC, SoC-FPGA based data acquisition circuit and target specific collimator. The compactness, powerful performance and flexible architecture of this device help researchers easily develop their own applications at a faster pace.
High resolution clinical and preclinical nuclear medicine imaging systems, such as gamma camera and single photon emission computed tomography (SPECT) are under development. Most of the state-of-art radiation imaging technologies are combined to create the first commercialized clinical gamma camera that made in Korea.
Ph. D. / CEO
hakjaelee@aralelab.com
Ph. D. / CTO
kisung@aralelab.com
Ph. D. / Technical Director
jungyeol@korea.ac.kr
MD / Clinical Advisor
kimhyunkoo@korea.ac.kr
Sales Director
jkmoon@aralelab.com
Engineer
jaewonjeong@aralelab.com
Engineer
woo02@aralelab.com
Engineer
manto@aralelab.com
Manager
mykim@aralelab.com
Designer
eunchaelee@aralelab.com
wei_son@aralelab.com
Manager
leejy@aralelab.com
