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Gamma ray will give You super powers, like The Hulk.


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.

About us

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!

Industrial Radiation Detector

Industrial
Radiation Detector

Nuclear Medicine Imaging System

Nuclear Medicine
Imaging System

Software

Software

Technology

Radiation Monitoring

The world's first gamma camera for robotic surgery

ARALE Lab is pioneering the next generation of intraoperative imaging with the world’s first drop-in miniature gamma camera for robotic surgery. By enabling real-time visualization of critical anatomical targets, our proprietary technology expands the true capabilities of surgical robot systems and seamlessly integrates functional imaging into existing workflows. With FDA registration anticipated in mid-October, we are poised to set a new global standard in precision oncology. Actively collaborating with global healthcare leaders and top-tier companies, ARALE is accelerating the future of targeted cancer treatments and positioning itself at the forefront of the surgical imaging market.

Compact Gamma Camera

The world's first gimbal-integrated radiation camera

DRIS (Drone-mounted Radiation Imaging System) is the world's first compact gamma camera for industrial drones, engineered for unparalleled real-time radiation imaging. To minimize radiation damage, it instantly transmits live radiation data, enabling immediate strategic responses during disasters. For detection capability, DRIS offers outstanding sensitivity and ultra-high resolution that is four times greater than conventional devices. It can precisely identify radiation doses, source types, and exact locations simultaneously. Weighing under 1kg with real-time optical-gamma image fusion, DRIS sets a new global standard for high-speed, high-precision radiation monitoring.

Team

Hakjae Lee

Hakjae Lee

Ph. D. / CEO

hakjaelee@aralelab.com

Kisung Lee

Kisung Lee

Ph. D. / COO

kisung@aralelab.com

Jungyeol Yeom

Jungyeol Yeom

Ph. D. / CTO

jungyeol@korea.ac.kr

Hyun-koo Kim

Hyun-koo Kim

MD / Clinical Advisor

kimhyunkoo@korea.ac.kr

Jongkook Moon

Jongkook Moon

Qualrity Director

jkmoon@aralelab.com

Jaewon Jeong

Jaewon Jeong

Principal Engineer

jaewonjeong@aralelab.com

Kangwoo Jeon

Kangwoo Jeon

Engineer

woo02@aralelab.com

Jaeyun Won

Jaeyun Won

Engineer

manto@aralelab.com

Eunchae Lee

Eunchae Lee

Designer

eunchaelee@aralelab.com

Minyoung Kim

Minyoung Kim

General Affairs Manager

mykim@aralelab.com

Wei Son

Wei Son

Sales Manager

wei_son@aralelab.com

Jiyeon Lee

Jiyeon Lee

Finance Manager

leejy@aralelab.com

Location