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March 07-08, 2019 | London, UK

Journal of Diabetology | Volume 3

Annual Summit on

Diabetes, Obesity & Heart

Diabetes, Endocrinology and Metabolic Syndrome

International Conference on

Joint Event

Notes:

Recent advances and trend in the design and manufacturing of blood glucose monitoring systems

Rahnfong Lee, Hsin Yi Kuo, Hsiu Ching Chen, Ho Chang

and

Jin Siang Shaw

National Taipei University of Technology, Taiwan

his paper presents the current status and the recent

advances in applying cyber-physical system (CPS) to

the design and manufacturing of blood glucose monitoring

system (BGMS). It shows great promise to implement CPS

architecture to the design and manufacturing of BGMS. The

implementation of CPS to the design and manufacturing

of BGMS interconnects the uses of glucose meters, test

strips and control solutions with the manufacturing systems

through cyber space to enhance the safety and performance

of the BGMS. The implementation of CPS to the design and

manufacturing of BGMS further interconnects sensors and

information feedbacks from different work stations to allow

the manufacturing systems to be self-aware, self-adaptable

and self-configurable, to reduce manpower, defective rate

and production down time for better productivity. This new

concept will bring in revolutionary approaches into the

design and manufacturing of BGMS, in order to upgrade

product performance, increase product competitiveness and

create new business opportunities.

Speaker Biography

Rahnfong Lee has completed his PhD in 1988 at the age of 27 years from University of

Massachusetts at Amherst, USA. He is the Adjunct Professor of National Taipei University

of Technology, Taiwan. He has worked over 20 years in the industry of glucose monitoring,

and has filed over 50 patents worldwide. He is currently assisting companies in Algeria and

Saudi Arabia to locally produce glucose monitoring systems with new technologies, such as

100% non-destructive online quality check on every test strips to identify bad strips and fix

them with laser technology to become good strips. He is the first one to produce glucose

test strips with gold plated printed circuit boards.