R & D

R & D Center

R & D Center

R&D is the heart and responsible of the growth and future of BAZ BIOMEDIC.

Since 2011, BAZ BIOMEDIC has been conducting research and development to commercialize automatic Needle-Free Drug Delivery Technology. We are currently conducting research to develop a miniaturized self-injection device in preparation for the era of self-injection methods in home care.

In addition, we strive to build an international-standard infrastructure through continuous R&D investment while seeking to establish a joint research system with global experts to develop differentiated technologies and form strategic partnerships with global pharmaceutical companies and research institutes to promote and focus on the development of innovative technology.

R&D Center Organization Chart

  • Hardware Team
  • Hardware Design & Development
  • Firmware Team
  • Firmware Design & Development
  • Tooling Team
  • Mechanism and Sleeve Design & Development
  • Regulatory Affairs Team
  • Registration & Certification,
    Technical Documents
  • Academics Team
  • Study & Research, National Affairs

R & D History

  • 2010~2012

    R&D on Microjet Drug Delivery System by a research
    team organized by Professor Yoh Jai-ick of
    the Department of Aerospace Engineering
    at Seoul National University

  • 2012

    November

    “Microjet Drug Delivery System” Patent Registration

  • 2013 ~ 2015

    All-in-one, absorption rate increase
    optimization R&D progress

  • 2015

    August

    “Method for Drug Delivery by using Microjet Drug
    Delivery Device” Patent Registration

  • 2016 ~ 2017

    R&D on Laser alternative energy

  • 2017

    September

    “Microjet Drug Delivery System with Improved Skin
    Penetration of Drugs” Patent Registration

  • 2018

    June

    Miniaturized System Design and R&D
    on Electrical Models

  • 2019

    March

    “Microjet Injection Device” Patent Registration

  • 2019

    November

    Development of electric miniaturization system

  • 2019

    December

    “Method for Improving Microjet Injection Efficiency
    through Removal of Metal Colloid”
    Patent Registration

    “Method for Improving Microjet Injection Efficiency
    through Uses of Accelerators” Patent Registration

  • 2020

    March

    “Microjet Injection after Generation of Pulse
    Pressure through Electromagnetic Force”
    Patent Registration

  • 2020

    March

    “Needleless Syringe for Application of
    Electromagnetic Force and Improvement of
    Operation Efficiency” Patent Registration