Next-Generation Medical Education & Surgical Platform
Next-Generation from Japan
Medical Education & Surgical Support
Platform
An ultra-high precision, multi-material, physical medical education platform built from patient-specific data. Implementing a "patient you can fail on" to advance medical safety and correct educational disparities.
Structural Challenges in
Modern Surgical Education
In the field of surgical medicine, a doctor's experience and skills greatly influence the patient's future. However, opportunities for young doctors to learn practical procedures are limited, and there are many complex situations that cannot be reproduced with conventional models or cadavers.
Lack of educational opportunities, educational disparities depending on regions and facilities, lack of prior training for difficult cases, and visual limitations in explaining to patients. All of these stem from the absence of a physical simulation platform.
Diagnostic to Physical
Diagnostic to Physical
The 3D Clone Model Platform integrates patient-specific CT, MRI, and scan data to materialize it with an ultra-high precision of 0.02mm. From hard bones to soft skin and mucous membranes, multiple materials are reproduced in an integrated molding.
By providing an environment where you can actually "touch and learn" rather than just a model, it improves the accuracy of preoperative planning and strengthens the collaboration of team medicine.
In the future, through collaboration with XR (Cross Reality) and AI, we aim for further educational innovation such as reproduction of bleeding by a circulation pump, body temperature simulation, and objective evaluation of procedures by sensors.
Starting from the most difficult "Face",
to every part of the whole body
The initial prototype of this project started with the "face", which has the most complex anatomical structure in the human body. The fact that we were able to reproduce the facial area where teeth, gums, tongue, mucous membranes, bones, muscles, nerves, and blood vessels are densely packed with 0.02mm precision is proof of our technological capabilities.
Currently, this platform is evolving into a scalable foundation that can be expanded not only to the face but also to various parts of the whole body, such as tongue cancer, oral surgery areas, kidneys, brain, heart, blood vessels, and skeleton.
Diverse Applications in
Clinical, Education, and Research
Surgical Education
Safe and repeatable procedural training for young doctors. Provides a practical training environment for incision, suturing, and hemostasis using actual instruments.
Oral Surgery, Maxillofacial, Tumors
Understanding complex anatomical structures and simulating highly difficult surgeries. Enables precise preoperative verification for tongue cancer, jaw deformities, etc.
Patient Explanation
Three-dimensionally sharing treatment goals and risks to build patient understanding and peace of mind. Dramatically improves the quality of informed consent.
Preoperative Simulation
Shortening surgery time and improving success rates through prior verification based on actual patient data. Realizes preoperative sharing among the entire team.
XR/AI Education & Remote Education
A next-generation learning experience that crosses borders by fusing digital and physical. Designed with an eye toward future sensor integration and AI evaluation.
Objective Technical Evaluation
Recording procedures with sensors and objective technical evaluation by AI. Aiming to standardize surgical education based on evidence.
Not a "patient you can fail on",
— Daisuke Tomita, MEDiDENT CEO
but creating a safe training environment
so you don't fail in clinical practice.
Why It Cannot Be
Easily Replicated
Why It's Hard to Replicate
The true value of the 3D Clone Model Platform is not just 3D printing technology. It lies in the extremely high barrier to entry created by the fusion of advanced clinical knowledge and precision engineering.
All of this is an extremely difficult-to-imitate project originating from Japan, which can only be realized through the strong collaboration of MEDiDENT, MIRISE Well Medical Group, and NICHINAN.
臨床知に基づくデータ解釈
患者固有の医療データを正確に解釈し、臨床的に意味のあるモデルへと変換する高度な医学的知見。
ボクセルベースの体積・階調表現
ビットマップベースの体積表現とHU値から実際の物性へとつなぐ独自の変換ロジック。
多素材一体成形の精密製造
色・硬さ・粘りを統合し、工業レベルの精密試作として再現する、NICHINANの高度な製造技術。
三位一体の連携体制
MEDiDENT（事業統括）× MIRISE（臨床価値）× NICHINAN（精密技術）の強固なトライアングル。
実証と国際展開の実績
スタンフォード発表、Gold Award受賞、国際学術連携。教育・研究・臨床・国際展開までつながる実証基盤。
Academic Trust and Demonstration Cases
国内大学の口腔外科学領域における舌癌3D Clone Model共同研究
国内の主要大学と連携し、科学研究費を活用した舌癌患者の精密モデルを制作。切除範囲や再建を術前に検証することで、手術時間の短縮と成功率向上を目指す実戦的プロジェクトが進行しています。
カレル大学医学部（チェコ）との国際学術連携
欧州の名門医学部との連携により、3D Clone Modelの国際的な教育効果の検証と、グローバルな医療教育標準への貢献を推進しています。
EXPO 2025 Osaka, Kansai — World Premiere at Healthcare Pavilion "Future Healthcare" Booth
World premiere of the 3D Clone Model at the Healthcare Pavilion "Future Healthcare" booth at EXPO 2025 Osaka, Kansai. As an ultra-high-precision, multi-material, integrated physical medical model built from patient-specific data, it received international attention.
Academic collaboration environment
Awards & Media Coverage
Pioneer in Digital Healthcare Innovation for Medical Training & Education AWARD
At the MedTech World 2025 Hong Kong Roadshow (NOVAX Global Investmatch Carnival), recognized for outstanding contributions in medical education, clinical training, and healthcare technology integration, receiving the Pioneer in Digital Healthcare Innovation for Medical Training & Education AWARD.
1st 3D Printing Idea Award 2025 Grand Prize
Received the Grand Prize (Gold Award) at the 4th Japan 3D Printing Orthodontic Society Academic Conference. The innovative use of 3D printing technology in medical education was highly recognized.
Prototype Officially Announced at Stanford University
On May 29, 2025, the 3D Clone Model prototype was officially announced at Stanford University, USA. It received high praise from experts in medicine, education, and technology.
EXPO 2025 Osaka, Kansai — World Premiere at Healthcare Pavilion "Future Healthcare" Booth
World premiere of the 3D Clone Model at the Healthcare Pavilion "Future Healthcare" booth at EXPO 2025 Osaka, Kansai. As an ultra-high-precision, multi-material, integrated physical medical model built from patient-specific data, it received high acclaim from medical, educational, and technology experts worldwide.
Alfaisal University × MEDiDENT — Vision 2030 Digital Healthcare Transformation MOU
On June 28, 2025, at the Saudi Arabia Pavilion of EXPO 2025 Osaka, Alfaisal University and MEDiDENT signed a comprehensive MOU for digital healthcare transformation under Vision 2030, in the presence of the Saudi Arabian Ambassador to Japan. The partnership advances joint research in AI, XR, and digital health, medical education system development, and Japanese medical technology expansion into the Middle East.
テレビ東京「ワールドビジネスサテライト」トレたまにて紹介
2025年4月、テレビ東京「ワールドビジネスサテライト（WBS）」の人気コーナー「トレたまneo」にて、3D Clone Modelが「医療の未来を変える？3Dモデル」として特集されました。
WBS トレたま 番組ページ
テレビ朝日「ナニコレ珍百景」にて紹介
2025年6月、テレビ朝日「ナニコレ珍百景」にて「ドラえもんもビックリのスゴい技術」として紹介。患者固有データから構築する超高精度の実体医療モデルが、スタジオで大きな反響を呼びました。
Invited Lecture & Workshop at Istanbul University Faculty of Dentistry
Conducted invited lectures and hands-on workshops at Istanbul University Faculty of Dentistry in Turkey, targeting students, doctors, professors, engineers, and government officials. Through tactile experiences with the 3D Clone Model and VR demonstrations, the potential of next-generation medical education was shared.
Lecture & Workshop at Charles University (Prague) Third Faculty of Medicine
Conducted lectures and workshops for doctors and medical students at the Third Faculty of Medicine, Charles University in Prague, Czech Republic. Through tactile experiences with the 3D Clone Model, the potential of physical simulation in European medical education was explored.
FII Priority ASIA — Invited as Delegate to PIF-hosted ‘Davos in the Desert’ Japan Inaugural Edition
Invited as a Delegate to FII Priority ASIA (hosted by the Future Investment Initiative Institute, PIF Founding Partner) held November 30–December 1, 2025 in Tokyo. At the Japan inaugural edition of the world’s premier investment and innovation conference known as ‘Davos in the Desert,’ Prime Minister Sanae Takaichi, Tokyo Governor Yuriko Koike, and SoftBank CEO Masayoshi Son took the stage. MEDiDENT expanded healthcare technology networking at this international event commemorating the 70th anniversary of Japan-Saudi diplomatic relations.
Conceived in the Clinic,
Engineered at NICHINAN.
Conceived in the Clinic. Engineered at NICHINAN.
Daisuke Tomita
MEDiDENT CEO / MIRISE Well Medical Group 代表
スタンフォード大学客員講師 / カレル大学医学部客員教授 / 東京医科歯科大学大学院修了 / MedTech World 2025 Pioneer Award / Alfaisal University MOU締結
臨床現場で日々直面する「教育機会の不足」と「手術の安全性向上」という課題。若手医師が安全に、かつ極めてリアルな環境で手技を学べる基盤が必要でした。この切実な願いが、3D Clone Model Platformの原点です。
Giichi Endo
NICHINAN 取締役 デザイン/エンジニアリング統括本部長
元日産自動車カーデザイナー / 工業デザイン・精密製造のスペシャリスト
医療の要求する「命の質感」を、0.02mmの精度で物理空間に再現する。工業デザインの極致と日本の精密製造技術が、Daisuke Tomitaのビジョンと交差した時、世界初の多素材一体成形モデルが現実のものとなりました。
三位一体の共創体制
MEDiDENTが事業を牽引し、MIRISE Well Medical Groupが臨床的価値を担保し、NICHINANが圧倒的な精密技術で具現化する。この強固なトライアングルこそが、3D Clone Model Platformが世界で高く評価され、かつ模倣困難である最大の理由です。
For Government and Public Institutions
医療教育格差の是正と高度外科人材の育成は、国家的な課題です。3D Clone Model Platformは、医療安全を飛躍的に高めるインフラとして機能します。
日本が誇る精密技術と臨床知を融合した本プロジェクトは、日本の技術輸出の新たなモデルケースとなります。
Consult on Government & Public Institution CollaborationFor Investors and Strategic Partners
なぜ今なのか。なぜ模倣が困難なのか。なぜグローバルに展開できるのか。3D Clone Model Platformは、単なるカスタムモデルの製造ビジネスではありません。
MEDiDENTが主導するこのプラットフォームは、医療教育の国際標準を再定義する可能性を秘めています。
Consult on Investment & Strategic PartnershipFrom Japan to the World
From Japan to the World
World premiere prototype launch at Stanford University (May 2025). Invited lecture at UIUC Jump Simulation Center International Symposium (Jan 2026)
Visiting Professorship at Charles University 3rd Faculty of Medicine (Czech Republic). Joint research as national project. Meeting with San Marino Ambassador Cadelo
Invited lecture and workshop at Istanbul University Faculty of Dentistry. Students, doctors, professors, and dean participated
Vision 2030 MOU with Alfaisal University (Saudi Arabia). Presented at Japan-Saudi Investment Forum alongside Minister Al-Falih (sole healthcare company selected)
Invited lecture at Korean Digital Orthodontic Society (Sep 2025). Invited lecture at Yonsei University (Dec 2025). Chonnam National University International Symposium (Jan 2026)
Invited lecture and workshop at Pelita Harapan University Faculty of Medicine and SILOM Hospital (Indonesia)
Pioneer in Digital Healthcare Innovation Award at MedTech World 2025
World premiere at EXPO 2025 Osaka. Grand Prize (Gold) at 1st 3D Printing Idea Award
International Activity Timeline
International Activity Timeline
Chonnam National University × UIUC International Symposium — Invited Lecture
Invited lecture at international symposium 'AI and Learning Analytics in XR Simulation for Education and Healthcare' co-hosted by Chonnam National University and UIUC Jump Simulation Center.
Yonsei University Graduate School of Dentistry — Invited Lecture
Invited lecture at Yonsei University Graduate School of Dentistry in South Korea.
FII Priority ASIA — Invited as Delegate to PIF-hosted ‘Davos in the Desert’ Japan Inaugural Edition
Invited as Delegate to FII Priority ASIA (PIF Founding Partner). PM Takaichi, Governor Koike, and Masayoshi Son took the stage.
Istanbul University Faculty of Dentistry — Invited Lecture & Workshop
Conducted invited lecture and hands-on workshop for dental students, doctors, professors, and dean.
Charles University 3rd Faculty of Medicine — Lecture, Visiting Professorship & Workshop
Designated as Czech Surgical Society official special lecture with hundreds attending. Visiting Professorship awarded. Joint research partnership established as Czech national project.
Pelita Harapan University — Invited Lecture & Workshop
Invited lecture and workshop at Pelita Harapan University Faculty of Medicine and SILOM Hospital in Indonesia. Medical students, doctors, professors, and dean attended.
Meeting with San Marino Ambassador Cadelo
Meeting with Ambassador Cadelo of San Marino. Discussed possibilities for medical education collaboration in Europe.
Japan-Saudi Arabia Investment Forum — Ceremony Invitation
Presented at Vision 2030 MOU ceremony at EXPO 2025. Appeared alongside Minister Al-Falih and Vice-Minister Koga. Sole healthcare company selected (19 companies total).
Korean Digital Orthodontic Society — Invited Educational Lecture
Invited educational lecture and symposist at the Korean Digital Orthodontic Society.
MedTech World 2025 Hong Kong — Pioneer Award
Received Pioneer in Digital Healthcare Innovation for Medical Training & Education AWARD at NOVAX Global Investmatch Carnival.
4th 3D Printing Orthodontic Society / 1st Idea Award — Grand Prize (Gold)
Received Grand Prize (Gold) at the 4th 3D Printing Orthodontic Society. Innovative use of 3D printing in medical education highly evaluated.
Alfaisal University × MEDiDENT — MOU Signing
Signed Vision 2030 Digital Healthcare Transformation MOU at EXPO 2025 Osaka Saudi Arabia Pavilion.
EXPO 2025 Osaka, Kansai — World Premiere Exhibition
World premiere of 3D Clone Model at the Healthcare Pavilion 'Future Healthcare' booth.
Stanford University — World Premiere Prototype Launch
World premiere official launch of 3D Clone Model prototype at Stanford University AI Unleashed event. Hundreds attended.
News & Press Releases
Television Appearances & Media Features
Television Appearances & Media Features
TV Asahi 'Nanikore Chinpyakukei'
'Amazing technology that would surprise Doraemon' segment — 3D Clone Model coverage
NTV News: EXPO Economic & Industrial Forum
Improving healthcare with Japanese technology — News coverage appearance
NTV News: EXPO Saudi Arabia National Day
Improving healthcare with Japanese technology — News coverage appearance
Fuji TV 'Honma Dekka!? TV' Ice Cream
Appeared as dental/orthodontic commentator with planning cooperation
TV Tokyo 'World Business Satellite (WBS)' Trend Tamago Neo
Featured in 'Technology Changing the Future of Medicine' segment
Fuji TV 'Honma Dekka!? TV' Dental Health SP
Appeared as orthodontic commentator with planning cooperation and technical support
3D Clone Model in Video
3D Clone Model — 次世代医療教育プラットフォーム紹介映像
MEDiDENT & NICHINAN Official
Download Resources
We have prepared materials regarding the 3D Clone Model Platform. Please select the materials you desire. Document requests are handled by MEDiDENT.
Frequently Asked Questions
Co-creating the Future
Medical Education Platform.
All inquiries regarding the 3D Clone Model Platform are handled collectively by MEDiDENT. We will guide you to the appropriate contact point according to your purpose.
MEDiDENT — All inquiries consolidated
東京都港区南青山 | [email protected]