Information
U tower 1-9F, 903~904, 120 Heungdeokjungang-ro, Yeongdeok-dong, Yongin-si, Gyeonggi-do, South Korea
+82 31-266-0342
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Overview
- Summary
- Morpheus is a specialized company in 3D medical imaging solutions, engaging in 3D facial analysis and design services, and 3D O2O facial platform businesses. The company focuses on developing solutions that resolve patient uncertainties regarding treatment outcomes, such as orthognathic and jaw correction surgeries, and supports medical professionals in accurate diagnosis and treatment planning. A key feature is its provision of 3D image-based diagnosis and treatment outcome prediction programs for dental orthodontics, orthognathic surgery, and plastic surgery fields.Morpheus is a specialized company in 3D medical imaging solutions, engaging in 3D facial analysis and design services, and 3D O2O facial platform businesses. The company focuses on developing solutions that resolve patient uncertainties regarding treatment outcomes, such as orthognathic and jaw correction surgeries, and supports medical professionals in accurate diagnosis and treatment planning. A key feature is its provision of 3D image-based diagnosis and treatment outcome prediction programs for dental orthodontics, orthognathic surgery, and plastic surgery fields.
- Key Products/Technologies
- The MORPHEUS 3D Plastic-surgery Solution offers an optimized surgical workflow experience through facial and skin analysis, simulation, and comparison functions.The MORPHEUS 3D Plastic-surgery Solution offers an optimized surgical workflow experience through facial and skin analysis, simulation, and comparison functions.
- MORPHEUS 3D is a medical device that utilizes 2D cephalometric radiographs and 3D facial images to assist in the diagnosis, treatment planning, and outcome prediction for dental orthodontics and orthognathic surgery.MORPHEUS 3D is a medical device that utilizes 2D cephalometric radiographs and 3D facial images to assist in the diagnosis, treatment planning, and outcome prediction for dental orthodontics and orthognathic surgery.
- Possession of technology for developing the high-precision 3D scanner 'NEO' and commercializing a 3-head one-shot scanner.Possession of technology for developing the high-precision 3D scanner 'NEO' and commercializing a 3-head one-shot scanner.
- Capability in developing 3D software that supports CT imaging.Capability in developing 3D software that supports CT imaging.
- The Morpheus 3D scanner is a harmless, white structured light scanner characterized by a fast scan time of 0.8 seconds and high data accuracy within 0.1mm.The Morpheus 3D scanner is a harmless, white structured light scanner characterized by a fast scan time of 0.8 seconds and high data accuracy within 0.1mm.
- The scanner specifications include 2048 * 2048 camera resolution, 24BIT TRUE COLOR texture, LAN PORT image switching interface, AC 100~240V 0.6A input power, 225MM * 300MM scan range, and 650MM scan distance.The scanner specifications include 2048 * 2048 camera resolution, 24BIT TRUE COLOR texture, LAN PORT image switching interface, AC 100~240V 0.6A input power, 225MM * 300MM scan range, and 650MM scan distance.
- Recommended PC specifications include an INTEL CORE i5-10100 CPU, 8GB DDR4 RAM, 500GB SATA/7200RPM HDD, integrated graphics iris xe or external GT1030 or higher, and WINDOWS 10 OS.Recommended PC specifications include an INTEL CORE i5-10100 CPU, 8GB DDR4 RAM, 500GB SATA/7200RPM HDD, integrated graphics iris xe or external GT1030 or higher, and WINDOWS 10 OS.
- Core Advantages
- A leading company in Korea, being the first to develop 3D imaging acquisition technology for medical solutions.A leading company in Korea, being the first to develop 3D imaging acquisition technology for medical solutions.
- Possession of 3D diagnostic and simulation technology that overcomes the limitations of existing 2D diagnostic programs.Possession of 3D diagnostic and simulation technology that overcomes the limitations of existing 2D diagnostic programs.
- Application of optical (LED) structured light 3D scanner technology that is harmless to the human body and eliminates concerns about radiation exposure for patients.Application of optical (LED) structured light 3D scanner technology that is harmless to the human body and eliminates concerns about radiation exposure for patients.
- Ability to acquire 3D facial data efficiently with high accuracy (within 0.1mm) and fast scanning speed (0.8 seconds).Ability to acquire 3D facial data efficiently with high accuracy (within 0.1mm) and fast scanning speed (0.8 seconds).
- Provision of intuitive communication tools that facilitate the sharing of treatment goals between medical professionals and patients.Provision of intuitive communication tools that facilitate the sharing of treatment goals between medical professionals and patients.
- Possession of the world's first function to create multiple arbitrary measurement points on 3D facial data, superimpose them, and display the numerical change before and after treatment.Possession of the world's first function to create multiple arbitrary measurement points on 3D facial data, superimpose them, and display the numerical change before and after treatment.
- Target Industrie
- Dental orthodontic treatment industryDental orthodontic treatment industry
- Orthognathic surgery (maxillofacial, mandibular) industryOrthognathic surgery (maxillofacial, mandibular) industry
- Plastic surgery industryPlastic surgery industry
- Medical imaging diagnosis and simulation industryMedical imaging diagnosis and simulation industry
- Major Markets
- Japan, China, TaiwanJapan, China, Taiwan
- Germany (planned participation in IDS), Western Europe (export contract negotiations underway)Germany (planned participation in IDS), Western Europe (export contract negotiations underway)
- United States (AAO participation and overseas market expansion)United States (AAO participation and overseas market expansion)
- Certifications/Patents
- Development of the world's first solution for dental orthodontics and orthognathic surgery diagnosis, treatment planning, and outcome prediction using 2D cephalometric radiographs and 3D facial images.Development of the world's first solution for dental orthodontics and orthognathic surgery diagnosis, treatment planning, and outcome prediction using 2D cephalometric radiographs and 3D facial images.
- Development of a function to create multiple arbitrary measurement points on 3D facial data, superimpose them, and display the numerical change before and after treatment.Development of a function to create multiple arbitrary measurement points on 3D facial data, superimpose them, and display the numerical change before and after treatment.
Introduction
Location
U tower 1-9F, 903~904, 120 Heungdeokjungang-ro, Yeongdeok-dong, Yongin-si, Gyeonggi-do, South Korea
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