The most compatible and fast-using 3D medical education and skeletal web
우리는 모든 해부학 영상 소스를 JPG 이미지로 보유하며 API를 제공하기 때문에 어느 시스템이나 쉽고 빠르게 적용할 수 있습니다.
우리는 의료기기에 삽입될 3D 작동 매뉴얼과 같은 illustration과 animation을 개발하는 일에 완벽히 특화되어 있습니다.
당신은 우리의 해부학 시스템과 연결하여 당신의 전문서적을 e-book으로 동작하도록 공동작업을 하는 것에
당신이 가지고 있는 의료자료에 대해 새로운 디지털 솔루션을 만들고 싶다면 우리에게 문의주세요.
or facebook direct message
Our company, KISMITS (Knowledge Information Solutions for Medical and Industrial Technology
Support), was founded by Radiologic Technologist, Developer and Leader Joey Oh. Team Kinradiology
(Old name, Knowledge Information of Radiology) was established to develop a high-quality radiography
guide system, with several technicians, developers, and designers participating in each project.
Since 2014, we have started to develop a mobile application for radiation education, and completed
development of Navi Radiography Mobile in 2016.
The reason for making this software is that we wanted to deliver easy and accurate medical
technology to not only students who study radiography or radiologic technologist (radiographer),
We thought it would be a good resource for Technologists in some countries that do not have enough
training in medical technology. And eventually, tens of thousands of radiologic technologists (or
medical doctors) are actually getting help. And now, KISMIT is planning to develop advanced
technologies such as VR and AR to focus on the technology to simulate radiographs for education
without unnecessary radiography, the camera image processing technology that can help the patient to
grasp the patient’s position, and various medical technologies. The head office of our team is in
Seoul, Korea, and client manager is in Canada. easy and accurate medical technology to not only
students who study radiography or radiologic technologist (radiographer), but also all people around
CTO, Web Engineer
3D Modeler, Rigger
Medical Technology Product
Worldwide, the General Radiography Technique is the most fundamental and widely-applied skill for
But radiography films are in black-and-white, and only show certain parts. So generally it is
difficult to understand, through the film, why the body would have such a structure, which raises
the entry barrier for learners who do not have experience.
This is because we can only see the outer body with our eyes. Thus, when one studies radiation, a
student can learn only by imagining the inner body.
The educator finds it very difficult to coherently explain changes in the anatomical structure
following posture, so the understanding of the General Radiography Technique tends to rely on the
extent of the student’s imagination.
Even in the case of an experienced radiological technologist, it’s not easy to memorize more than
200 methods of the General Radiography Technique, requiring the technologist to keep thick books on
radiation to refer to when needed.
Navi Radiography has databased more than 200 radiography techniques into a mobile application,
making it easy to look up.
Also, we provide a service that shows, through a virtual three-dimensional model, the images of
various poses for each individual technique, allowing beginners to grasp intuitively how the
shooting must be done.
Also, we overlapped three-dimensional shots of the body's external(skin), internal(bones), and
radiography film of the same location, allowing a much better understanding of General Radiography
that would not have been possible otherwise.