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This is the research center of SD BIOSENSOR equipped with creative, innovative, and enthusiastically advancing technologies and know-hows.

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We introduce the R&D Center of SD BIOSENSOR and present to you the research
performance and current status of R&D activities.

Sensor Development Department

The Sensor Development Department conducts research and development on biosensors
and diagnostic reagent products appropriately used in early diagnosis, prevention and care of disease.
We are working hard to have competitive power by developing more convenient and accurate
products, and to expand our product lines by developing a variety of products in immunological diagnostics market which is the largest in the field of global diagnostic
reagents with successful development in the lead for the blood glucose self-monitoring system, lipid/cholesterol measuring system, glycated hemoglobin measuring system
where it is possible to make easy and fast diagnosis with tests performed by a user or in a general small hospital or emergency room
  • Immunological fields
    Vector-Borne Diseases
    Blood-Borne Diseases
    Respiratory Diseases
    STD(Sexually Transmitted Diseases)
    NTD (Neglected Tropical Diseases)
    Drug of Abuse
    Hormone
    Tumor
    Cardiac
    Gastrointestinal Infection
  • Electro-Biochemical fields
    Glucose
    Lipid
    G6PD

Molecular Diagnostics Development Department

The Molecular Diagnostics Development Department aims to research nucleic acid amplification, nucleic acid extraction, and research and develop POC cartridge for the development of molecular diagnostic technology
and products for on-site diagnosis, and performs molecular diagnostic technology research and product development where it is possible to make on-site early diagnosis of infections and drug resistant diseases in the human body.

High Quality

Instrument Development Department


This department is comprised of engineers specialized in each field such as electric circuit and apparatus designs, firmware and embedded software development, and smart phone apps and server construction; therefore, from H/W levels of the in vitro diagnostic system to IT service application, non-stop development process is available.
    • Electric circuit and apparatus design
    • Firmware and embedded software development
    • Smart phone APP and server construction
  • H/W levels of in vitro diagnostic system

  • Application field