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Artificial_Joint《TJ_NAKASHIMA》

Artificial_Joint《TJ_NAKASHIMA》

 
1987 
  • Acquires a licence of medical device manufacturing for foray into medical fields. 【oka#0040】
  • Acquires a manufacturing approval of "DOH Total Elbow System". 【62B#1070/16200BZZ01070000】
R&D center.
1992
  • Completes the 1st construction of dedicated medical factory .
    (Converts the material storage into production factory.)
1993
  • "Medical Office" is organised as a business unit of Nakashima Propeller.
  • Introduces machining centers and a clean room for EOG sterilization.
1994
  • Acquires manufacturing approvals of "HTKⅡTotal Knee System" and "FNK Total Knee System".
  • Establishes a branch office in Tokyo.
  • Participates in the "JOA (Japanese Orthopedic Association)" for the first time.
HTK II Total Knee System  FNK Total Knee System
1995
  • Reorganizes 'Medical Office' as 'Medical Business Department'.
  • The 1st "Seminar on Advanced Functions of Artificial Joints" is held.
1996
  • Completes the 2nd remodeling of old material storage.
1997
  • The 1st "Seminar on Intelligent Medical System Research" is held.
2001
  • Completes the 1st new-built construction. (factory, laboratory, and office)
  • Starts to accept internship students.
2002
  • Establishes branch offices in Sapporo, Osaka, and Fukuoka.
  • Introduces knee simulators.
FNK Total Knee System
2004
  • Starts a clinical trial of UHMWPE with added Vitamin E for TKA. (ends in Mar., 2006)
  • Completes the 2nd extension. [laboratory]
  • Establishes R&D center. (in "Okayama Research Park")
  • Acquires "ISO13485" certification in Nov., 2004.
R&D center
2005
  • The revised "Pharmaceutical Affirs Law" is published on Apr. 1st, 2005.
  • Acquires a license of ClassⅠ medical device manufacturing and sales.
2006
  • Acquires CE marking certifications for finger prostheses & ankle end plates.
  • Acquires CE marking certifications for knee prostheses & bone end plates.
    • In 2006 for knee prostheses & bone end plates
    • In 2007 for finger prostheses & ankle prosthesis
2007
  • Acquires an approval of ClassⅢ products for the first time after the revision of Pharmaceutical law.
  • Introduces an "Electron Beam Metal Molding System". (first case in Japan)
Electron Beam Metal Molding
2008
  • Completes the 3rd extension. [factory&office]
  • Adopted as "Super Special Consortia" for supporting the development of cutting edge medical care. (Nov. 2008)
  • Spins off as "Nakashima Medical Co., Ltd." on September 3rd.
2009
  • Acquires a SFDA approval in China. (Feb. 2009)
  • Exhibits the panels of "Super Special Consortia" in the 39th of JOA. (Feb. 2009)
  • GCP running product : UHMWPE with added vitamin E for TKA is approved as "Blend-E"
  • Starts to export to Hong Kong.
  • "ClassⅢ medical device" is registered to MDCO, Department of Health of Hong Kong special government. (Sep. 2009)
2010
  • "Subsidy for Industrial Technical Research and Development Facilities and Equipments" is provided from Ministry of Economy, Trade and Industry to build out R&D center.
  • Contracts distributorship agreement of "Multi Drive System" with De Soutter Medical Ltd.
R&D center
2011
  • Starts business collaboration with "Japan Medical Dynamic Marketing, INC."
  • Starts to Export to Macau.
  • Acquires SFDA approvals in China.
2012
  • Starts to export to Singapore.
2014
  • Establishes "Nakashima Medical Technical Center (Thailand) Limited."
2015
  • Changes the Company name to "Teijin Nakashima Medical Co., Ltd."

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  1. SLFJ

    Finger joint prostheses

    There are different kinds of joint prostheses for each of the finger’s three joint. 
    Finger joint prostheses are comprised of two parts, i.e., a distal phalanx side and middle phalanx side for DIP (the closest joint to the fingertip), middle phalanx side and proximal phalanx side for PIP (the second closest joint to the fingertip), and proximal phalanx side and metacarpal side for MP (the joints on the back of the hand).
    The metal head has a smooth curved surface. Finger function is reconstructed by a head and socket combination that enables surfaces of the finger joint prosthesis to slide. 
    Teijin Nakashima Medical offers various sizes of finger prostheses suited for Japanese and Asian people.


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