MEDICALIP LOGO

ABOUT US

Making medical care more accurate and understandable with digital twins.

MEDICAL IP leads a paradigm shift in healthcare with innovative technologies.

Built on digital twin, AI and applied 3D technologies, we develop medical imaging analysis technologies that deliver solutions benefiting both patients and clinicians. MEDICAL IP is shaping a new future for healthcare with better medical experiences.

Core Values

  1. LIFE

    Technology that saves lives and helps with medical care is paramount.

  2. INNOVATION

    We continuously research and develop new and innovative technologies that the medical field and world want.

  3. TRUST

    We focus all of our abilities to develop accurate and precise technologies and products that medical staff and patients can trust.

  4. EQUALITY

    We welcome and respect all opinions. We value the mutual growth of customers and employees.

Partners & Recognition

  • Gartner7 consecutive years ‘Sample Vendor’
  • NVIDIAInception Partner
  • Seoul National University Hospital‘1st Spin-off Start-up’
  • Korean Association of AnatomistsExclusively Partnered with

Vision

Empowering Medicine,Saving Lives

Mission

  1. Research technology that leads innovation
  2. Solve problems that arise in the medical field
  3. Develop medical solutions that save lives

History

Milestones since our founding as the first spin-off of Seoul National University Hospital.

11 milestones

  1. 09
    • Commenced supply of cardiovascular imaging analysis software DeepCatch X to Yangsan Pusan National University Hospital
    • Received the KAIST President's Award at STARTUP NATION KOREA 2025
  2. 07
    • Commenced supply of cardiovascular imaging analysis software DeepCatch X to 17 branches of the Korea Association of Health Promotion (KAHP)
  3. 06
    • Liver cancer occurrence prediction solution DeepFore selected as 'Selection of the Month' in 'From the Editor’s Desk' of the Journal of Hepatology
    • Liver cancer occurrence prediction solution DeepFore featured on the cover of the June issue of the Journal of Hepatology
  4. 05
    • Liver cancer occurrence prediction solution DeepFore received MFDS approval (Class III medical device)
    • Liver cancer occurrence prediction solution DeepFore published in the Journal of Hepatology, the top journal in the liver field (IF: 33.0)
  5. 04
    • Medical imaging analysis software MEDIP PRO obtained NMPA certification in China (First among domestic AI companies)
    • Medical imaging analysis software DeepCatch supplied to PUMC Hospital in China (First among domestic digital healthcare companies)
  6. 03
    • Liver cancer recurrence prediction solution DeepFore Recur received MFDS approval (Class III medical device, first in the liver cancer field)
  7. 01
    • Commenced supply of AI body composition analysis software DeepCatch to Yangsan Pusan National University Hospital

Testimonials

In terms of developing innovative educational content, MEDICAL IP's products offered the most effective solution.

Hyung-Jin Choi, M.D., Ph.D.Seoul National University
Using MEDICAL IP's AI and 3D medical image technology, our university has developed 3D digital anatomical education content for medical students, advancing toward a new era of metaverse anatomy education. We had the opportunity to compare technologies from various companies, and in terms of developing innovative educational content, MEDICAL IP's products offered the most effective solution. Their technology was the most agile and flexible in innovating existing software and hardware, aligning with our vision to transform anatomy education into a metaverse-based learning experience. This collaboration allowed us to offer students the most groundbreaking medical education program, incorporating immersive 3D virtual reality anatomy dissection. We are leading a paradigm shift in anatomy education, integrating these technologies to establish a metaverse platform. We have collaborated with MEDICAL IP and published several scientific papers in leading journals. Our randomized control study showed that virtual anatomy dissection's educational efficacy and satisfaction were superior to traditional cadaver anatomy dissection in a subgroup of students. We are committed to generating robust evidence supporting the educational effectiveness of this immersive 3D digital content.