ROKIT HEALTHCARE Inc.
KOSDAQ-listed medical device company with an organ regeneration platform expanding from diabetic foot skin regeneration into cartilage and kidney regeneration.
As of 2026-10-10, ROKIT HEALTHCARE Inc. has 4 Korean MFDS device approvals, 13 PubMed-indexed papers on record (counted by the MAA Company Index from its own matching of public databases).
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Market cap
Business overview
Source: DART corporate disclosureFounded in 2012 and listed on KOSDAQ in 2025, ROKIT HEALTHCARE is a company specializing in an organ regeneration platform. It is expanding its skin regeneration platform, centered on diabetic foot treatment, into pressure ulcers, burns, traumatic defects, post-skin-cancer-excision defects, and breast reconstruction, while conducting preclinical, clinical, and joint research in cartilage and kidney regeneration. It has obtained ISO13485 (2019), KGMP (2023), CE MDR (2023), and U.S. FDA (2023) certifications, and has signed skin regeneration platform contracts with LABORATOIRE BENEWMEDICAL and others, and cartilage regeneration platform contracts with Bioethic Pharma S.A and others.
Products & technology
- Skin regeneration platformSkin regeneration treatment for diabetic foot, pressure ulcers, burns, traumatic defects, post-skin-cancer-excision defects, and breast reconstruction
- Cartilage regeneration platformCartilage regeneration treatment
- Kidney regeneration platformKidney regeneration treatment
Regulatory approvals
data.go.kr4 Korean MFDS device approvals · 2020–2023
- MFDSFat separator, filter2023-01-05Product approval · Class 3제허 23-9 호
- MFDSPerimeter, automaticRevoked2021-08-19Product approval · Class 1수신 21-1580 호
- MFDSFat separator, filter2021-03-30Product approval · Class 3제허 21-206 호
- MFDSHuman cell & Tissue culture incubator2020-01-20Product approval · Class 1체외 제신 20-86 호
Global clinical trials
ClinicalTrials.gov · sponsor-matchedPhase 4 · Recruiting · 2025-12 · NCT07639424
R&D and key agreements
Source: DART corporate disclosure연골재생 및 신장재생 전임상·임상 공동연구 · 연골, 신장 · 전임상·임상 진행중 · 5-person technology research institute conducting clinical work and organ regeneration protocol development for skin, cartilage, and kidney regeneration
Publications
PubMed · affiliation-matched- Three-Dimensional Bioprinted Autologous Minimally Manipulated Homologous Adipose Tissue for Skin Defects After Wide Excision of Skin Cancer Provides Early Wound Closure and Good Esthetic Patient Satisfaction.
Journal of clinical medicine · 2025-03 · Matsumura R, Matsumura H, Kawai Y 외 6
- Biomaterial Stiffness of Wharton's Jelly-Derived Mesenchymal Stem Cell-Conditioned Medium Modulates Fibroblasts Proliferation and Migration: A Preliminary Study.
Annals of dermatology · 2024-08 · Choi S, Kim J, Kim S 외 4
- Evaluating micronized adipose tissue niche and artificial dermis grafts following nonmelanoma skin cancer excision: a pilot study.
Wounds : a compendium of clinical research and practice · 2024-04 · Yun YK, Han SK, Yoon IJ 외 5
- Enhanced recellularization by using albumin coating with roller bottle cell culture.
Regenerative therapy · 2023-12 · Kim B, Jo H, Choi BY 외 1
- Safety assessment of a three-dimensional-printed autologous omentum patch: An application on the kidneys as a new treatment approach.
Clinical and translational science · 2023-07 · Jo H, Kim J, Kim JW 외 5
- The Evaluation of Cartilage Regeneration Efficacy of Three-Dimensionally Biofabricated Human-Derived Biomaterials on Knee Osteoarthritis: A Single-Arm, Open Label Study in Egypt.
Journal of personalized medicine · 2023-04 · Abdelhamid MM, Eid G, Othman MHM 외 10
- Graft of 3D bioprinted autologous minimally manipulated homologous adipose tissue for the treatment of diabetic foot ulcer.
Wounds : a compendium of clinical research and practice · 2023-01 · Yastı AÇ, Akgun AE, Surel AA 외 2
- MicroRNA and Messenger RNA Expression Profiles in Canine Mammary Gland Tumor.
International journal of molecular sciences · 2023-01 · Kim EP, Jang G, Kim JW 외 5
- Three-Dimensional Bio-Printed Autologous Omentum Patch Ameliorates Unilateral Ureteral Obstruction-Induced Renal Fibrosis.
Tissue engineering. Part C, Methods · 2022-12 · Jo H, Choi BY, Jang G 외 7
- A Pilot Study Comparing a Micronized Adipose Tissue Niche versus Standard Wound Care for Treatment of Neuropathic Diabetic Foot Ulcers.
Journal of clinical medicine · 2022-10 · Namgoong S, Yoon IJ, Han SK 외 2
Show 3 more publications
- Evaluation of Three-Dimensional Bioprinted Human Cartilage Powder Combined with Micronized Subcutaneous Adipose Tissues for the Repair of Osteochondral Defects in Beagle Dogs.
International journal of molecular sciences · 2022-03 · Ryu J, Brittberg M, Nam B 외 7
- Invited Response on: "Efficacy and Safety of Lyophilized Articular Cartilage Matrix as an Injectable Facial Filler".
Aesthetic plastic surgery · 2021-08 · Hwang SH, Kim DH, Nam BM 외 3
- Efficacy and Safety of Lyophilized Articular Cartilage Matrix as an Injectable Facial Filler.
Aesthetic plastic surgery · 2021-06 · Hwang SH, Kim DH, Nam BM 외 3
Patents
KIPRIS · applicant-matchedPCT · Published · 2026-01 · Application PCT/KR2026/001626
PCT · Published · 2026-01 · Application PCT/KR2026/000469
US · Published · 2025-10 · Application 19360096
US · Published · 2025-08 · Application 19299843
Published · 2025-02 · Application 1020250019999
Published · 2025-01 · Application 1020250003306
Published · 2024-06 · Application 1020240075493
PCT · Published · 2023-11 · Application PCT/KR2023/017996
PCT · Published · 2023-11 · Application PCT/KR2023/017329
Published · 2023-11 · Application 1020267013547
Show 117 more patents
Registered · 2023-10 · Application 1020230136141
Registered · 2023-08 · Application 1020230102216
Registered · 2023-02 · Application 1020230020863
US · Published · 2022-08 · Application 17823215
US · Registered · 2022-08 · Application 17823176
- Bio-printer applying biological material freeze hardening method and freeze hardening method thereof
CN · Published · 2022-08 · Application 202210985023.7
Registered · 2022-04 · Application 1020220050929
Registered · 2022-04 · Application 1020220050930
Registered · 2022-03 · Application 1020220034536
US · Registered · 2021-12 · Application 17754323
PCT · Published · 2021-12 · Application PCT/KR2021/019803
Registered · 2021-12 · Application 1020210186881
Rejected · 2021-12 · Application 1020210180270
PCT · Published · 2021-12 · Application PCT/KR2021/018734
Rejected · 2021-12 · Application 1020210176235
Registered · 2021-12 · Application 1020210171688
Registered · 2021-12 · Application 1020210171689
Registered · 2021-12 · Application 1020210171690
Rejected · 2021-11 · Application 1020210160457
Registered · 2021-11 · Application 1020210147909
Registered · 2021-11 · Application 1020210147910
Registered · 2021-11 · Application 1020210147908
Rejected · 2021-10 · Application 1020210141766
Registered · 2021-10 · Application 1020210140509
Registered · 2021-10 · Application 1020210140508
Registered · 2021-10 · Application 1020210133250
Rejected · 2021-09 · Application 1020210128587
Registered · 2021-09 · Application 1020210125642
Registered · 2021-09 · Application 1020210125641
US · Registered · 2021-06 · Application 17441955
PCT · Published · 2021-06 · Application PCT/KR2021/007257
US · Registered · 2021-06 · Application 17439587
EP · Published · 2021-06 · Application 21766373.1
PCT · Published · 2021-06 · Application PCT/KR2021/006965
Published · 2021-04 · Application 1020210048216
US · Registered · 2021-04 · Application 17442027
EP · Published · 2021-04 · Application 21766372.3
PCT · Published · 2021-04 · Application PCT/KR2021/004497
Registered · 2021-04 · Application 1020210046267
Registered · 2020-12 · Application 1020200176828
Withdrawn · 2020-12 · Application 1020200175259
Withdrawn · 2020-12 · Application 1020200175260
Registered · 2020-12 · Application 1020200174235
Registered · 2020-12 · Application 1020200174234
Registered · 2020-12 · Application 1020200174233
Registered · 2020-12 · Application 1020200174232
Rejected · 2020-07 · Application 1020200080868
TW · Registered · 2020-06 · Application 109120202
Registered · 2020-06 · Application 1020200069920
Registered · 2020-06 · Application 1020200069919
Registered · 2020-06 · Application 1020200069650
Registered · 2020-06 · Application 1020200068332
Registered · 2020-06 · Application 1020200067898
Registered · 2020-06 · Application 1020200067799
CN · Published · 2020-03 · Application 202080028996.0
US · Registered · 2020-03 · Application 17438121
EP · Registered · 2020-03 · Application 20769602.2
PCT · Published · 2020-03 · Application PCT/KR2020/003376
Registered · 2020-03 · Application 1020200030078
Registered · 2020-03 · Application 1020200027195
Registered · 2019-12 · Application 1020190174296
Rejected · 2019-12 · Application 1020190174295
US · Registered · 2019-10 · Application 17424798
US · Registered · 2019-10 · Application 17424438
US · Registered · 2019-10 · Application 17426819
PCT · Published · 2019-10 · Application PCT/KR2019/014338
PCT · Published · 2019-10 · Application PCT/KR2019/014335
PCT · Published · 2019-10 · Application PCT/KR2019/014331
CN · Published · 2019-10 · Application 201980003589.1
US · Registered · 2019-10 · Application 16630684
EP · Published · 2019-10 · Application 19828950.6
PCT · Published · 2019-10 · Application PCT/KR2019/013856
Registered · 2019-10 · Application 1020190124574
Registered · 2019-10 · Application 1020190124693
Registered · 2019-10 · Application 1020190124572
Registered · 2019-10 · Application 1020190124573
Registered · 2019-09 · Application 1020190114028
CN · Published · 2019-07 · Application 201980050208.5
- METHOD FOR FABRICATING MULTI-LAYERED CELL SHEET AND MULTI-LAYERED SHEET FABRICATED BY USING THE SAME
US · Published · 2019-07 · Application 17264148
EP · Published · 2019-07 · Application 19843124.9
PCT · Published · 2019-07 · Application PCT/KR2019/009544
Registered · 2019-07 · Application 1020190093161
CN · Published · 2018-10 · Application 201880088353.8
US · Published · 2018-10 · Application 16966182
EP · Registered · 2018-10 · Application 18903984.5
PCT · Published · 2018-10 · Application PCT/KR2018/012430
Registered · 2018-10 · Application 1020180125354
CN · Published · 2018-08 · Application 201880088344.9
US · Published · 2018-08 · Application 16966111
EP · Registered · 2018-08 · Application 18903638.7
PCT · Published · 2018-08 · Application PCT/KR2018/009707
Registered · 2018-08 · Application 1020180098385
Registered · 2018-04 · Application 1020180046854
Withdrawn · 2018-01 · Application 1020180012219
Withdrawn · 2018-01 · Application 1020180012218
Withdrawn · 2018-01 · Application 1020180012224
Withdrawn · 2018-01 · Application 1020180012222
Withdrawn · 2018-01 · Application 1020180012223
US · Registered · 2017-10 · Application 16342780
EP · Registered · 2017-10 · Application 17862028.2
US · Registered · 2017-08 · Application 16337219
EP · Registered · 2017-08 · Application 17843906.3
Registered · 2016-10 · Application 1020160135665
Expired · 2016-09 · Application 1020160120039
Registered · 2016-08 · Application 1020160107193
Rejected · 2014-01 · Application 1020140006415
Rejected · 2013-10 · Application 1020130121598
Rejected · 2013-10 · Application 1020130121602
Rejected · 2013-10 · Application 2020130008395
Rejected · 2013-10 · Application 1020130121600
Rejected · 2013-10 · Application 1020130121599
Rejected · 2013-10 · Application 1020130121607
Rejected · 2013-10 · Application 1020130121606
Rejected · 2013-10 · Application 1020130121603
Rejected · 2013-10 · Application 1020130121601
Rejected · 2013-10 · Application 1020130121608
Rejected · 2013-10 · Application 1020130121604
AI reads
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How to connect (MCP)Companies approved for the same productsMedical Devices
Ranked by how many MFDS product categories overlap. Not a ranking — a pointer to where to look.
KOSDAQ-listed holding company making medical devices and biologics including bone graft rhBMP2 and knee implant TKR.
Cord blood storage and cell therapy company that has expanded into global CDMO manufacturing and overseas medical network services.
KOSDAQ-listed medical device company producing auto refractors, auto lensmeters, and other ophthalmic equipment.
Interojo, founded 2000 and KOSDAQ-listed 2010, manufactures contact lenses under its Clalen brand domestically and via OEM/ODM overseas.
MITECH CO.,LTD., founded in 1991 and listed on KOSDAQ in 2018, makes non-vascular stents and distributes Fujifilm endoscopy equipment.
Founded 2009, listed on KOSDAQ in 2019, JETEMA develops hyaluronic acid fillers, botulinum toxin biopharmaceuticals, and lifting threads.
Founded in 2000 and KOSDAQ-listed in 2013, Corentec makes artificial joints; hip and knee implants exceed 85% of revenue.
Founded in 1987 and listed on KOSDAQ in 2000, NanoenTek develops Lab-On-a-Chip in-vitro diagnostic devices and life science instruments.
Founded in 2010 and KOSDAQ-listed in 2018, Sejong Medical manufactures laparoscopic surgical instruments.
Founded in 2012 and listed on KOSDAQ in 2026, REMEDI develops portable X-ray imaging devices based on its low-dose, miniaturized X-ray technology.
KOSDAQ-listed medical device company developing the LOTUS and HELIOS laser aesthetic devices and the PALLAS vitiligo treatment device.
Develops quantitative fluorescence biomarker technology for oral disease diagnostic devices.
Sources and updates
Counts on this page are not company-reported figures. MAA matched records from DART, the Korean MFDS, the US FDA, ClinicalTrials.gov, PubMed and KIPRIS to this company itself, by business registration number or registered name, never by name similarity. They may differ from figures the company publishes.
- Company basics
- Korea Exchange · DART
- Business content
- Compiled from disclosure filings
- Approvals & clinical trials
- Korean MFDS (data.go.kr) · US FDA openFDA — updated weekly
- Key disclosures
- KRX KIND via OpenDART exchange filings — updated daily
- Global clinical trials
- ClinicalTrials.gov (US NIH) — sponsor-matched, updated weekly
- Financials
- DART corporate disclosure filings — annual
- Publications
- PubMed (US National Library of Medicine) — affiliation-matched, updated daily
- Patents
- KIPRIS (Korea Institute of Patent Information) — applicant-matched, updated monthly
- AI reads
- Our server logs, IP-verified every 6 hours
- AI visibility
- Measured 2026-10-01
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