As a pioneering company at the forefront of healthcare innovation, MEDICALIP presents FDA-cleared solutions that integrate Whole-Body Composition Analysis and leverage Advanced Medical Education by Digital Twin with a remarkable blend of cutting-edge technologies.
Our mission is clear to maintain a High Quality of Life, ensure Longevity, and enhance the well-being of individuals through our Patient-Centric AI designed for a longer and healthier lifespan.
Accurate and flawless
medical image segmentation · analysis
Our technology detects body components including but not limited to lesions from medical images using AI technology and extract quantitative data such as volume and area using our accurate and precise segmentation analysis. This is core technology that sets the basis for the realization of precision medicine by enabling the prediction of the possibility of disease occurrence and monitoring of the patient progress.
Realization of digital twin and expansion into the metaverse
Based on medical images, we give shape to anatomical digital twin extending our product line to include products for surgical simulation, training, education, as well as patient consultation and diagnosis. Our digital twin expands to the metaverse, a 3D virtual world, enabling medical services and medical education without constraints in time and space.
Software & Service
Digital Anatomy Table for Medical Metaverse
MDBOX is an innovative medical metaverse solution that enables immersive experience in human anatomy education. By implementing anatomical structures on a digital twin in the VR space, we break free from physical limitations and create a new paradigm in the field of medical education.
All-in-one Medical Imaging Solution for Analysis,
3D Modeling and Digital Twin
MEDIP PRO is a comprehensive medical image processing software that implements digital twins through image analysis, 3D implementation, modeling, and design with AI segmentation technology at its core. Various file formats, such as DICOM, OBJ, STL, 3MF, VTK, and etc., are supported, and all files can be saved with the unique file extension of MEDIP(.mip), so you can optimize work process for your specific medical image processing needs.
Beyond Diagnosis : Quantify your X-ray
TiSepX is an X-ray segmentation and quantitative analysis solution implemented with MEDICAL IP's proprietary technology and algorithm. Numerical information of the lungs and lesions can be obtained by extending a single two-dimensional X-ray image to a three-dimensional image. This allows progress monitoring of TB(pulmonary tuberculosis) and COVID-19. Now with our TiSepX, medical value and applicability of X-Ray images are greater than ever.
Life-saving technology : 3D Printed Digital Twin
ANATDEL is a solution that expands the digital twin prepared with our medical imaging solutions to 3D printing technology. This allows medical professionals to accurately understand patients’ conditions and ensure patient safety in surgical interventions by providing highly accurate patient specific 3D printed surgical simulators. Patients can expect shorter operation time and better results.
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- MEDIP PRO
MEDICAL IP won the ‘Innovation Grand Prize’ at the <KHF Innovation Award>
Dr. Chul-Kee Park, MD, PhD
Seoul National University
MEDICAL IP has a variety of dynamics to give shapes to the blueprint of the future medical atmosphere. Although there have been many hurdles, we are in the standardization stage by successfully establishing a clinical application platform for patient-specific 3D brain disease models in the neurosurgery field, and we are now expanding into the area of AR/VR based on that experience. In addition, the ongoing process of developing an AI-based brain tumor diagnosis system is not only enjoyable, but when I imagine the future that the results will bring, I am happy with great expectations.
Dr. Hyung-Jin Choi, MD, PhD
Seoul National University
For students in our medical school, we have been developing a novel and pioneering 3D digital anatomy education contents using 3D image and 3D printing for several years. We had the privilege of comparing the technical solutions for many companies. By far, the MEDICAL IP products were the most effective solutions to our pioneering education contents development, since the MEDICAL IP also shared our vision of innovating the current software and hardware technology quickly and flexibly. We have successfully provided the most innovative medical education program with 3D image and 3D printing to our medical students. Currently we will develop a new paradigm of anatomy education through 3D image and 3D printing technologies. We will also provide hard evidences regarding educational efficacy using this 3D digital education contents.
Dr. Seok-Soo Byun, MD, PhD
Seoul National University Bundang Hospital
My robotic partial kidney removal for complex kidney cancer has been much improved with the use ofMEDICAL IP's 3D kidney model. Patients who were exposed to 3D kidney models with similar texture of human kidney were all amazed and had a better understanding of their tumor condition. MEDICAL IP provided excellent 3D kidney models, and it has recently been published as a paper after confirming the successful clinical results by reducing the operation time. We are grateful that MEDICAL IP is providing further value in the surgery of patients with kidney cancer, and we enjoy our journey with this company.