Biomedical Measuring System Technical Sharing

The technical sharing section had been conducted at UniKL-BMI on Biomedical Measurement fundamental as well as application.  ie. the method and circuit block that enable student or researcher to capture the physiology signal via human body with non-invasive method.

The participant actively involved in the hands-on experiment with the hardware system available on that day.  Additionally, the participant also feedback the idea on the system for future development and improvement.  Thank you for the Feedback. 

Please do not hesitate to contact us at info@winlitechnology.com should you need any information.

K&H KL-720 Fine Tuning Operation Training

The Fine Tuning Operation Training of KL-720 Biomedical Measurement Training System had been conducted at UniKL-BMI to qualified the laboratory technical staff in conducting the fine tuning process and to ensure the K&H KL-720 hardware is always in healthy condition for student usage.

This training is free of charge offered by WinLi Technology Sdn Bhd

Please do not hesitate to contact us at info@winlitechnology.com for further information.  Thank you !

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K&H KL-720 Biomedical Measurement Training System

This equipment is intended for students to learn how to design specific measuring circuits and detect the basic physiological signals with practical operation.  Moreover, students can understand electrical characteristics of sensor and transducer explicitly.  K&H KL-720 contains 9 modules :-

Electrocardiogram Measurement

Electromyogram Measurement

Electrooculogram Measurment

Electroencephalogram Measurement

Blood Pressure Measurement

Photoplethysmogram Measurement

Respiratory Ventilation Detection

Pulse Meter

Body Impedance Detection

The sensors and transducers used in this equipment include pressure transducer, infrared photocoupler, stain guage, temperature sensor and surface electrode.  Each module has many test points for changing the frequency bandwidth and amplifier's gain.  Thus students can understand the corelation between physiologycal signal and each circuit stage.