DEVELOPMENT OF A MICRODRIVE MODEL FOR A BIOMEDICAL ELECTRONIC PIPETTE BASED ON A CORELESS MOTOR
A regulated medical pipette with electronic control is an essential and indispensable modern device. The study analyzes the importance of using electronically regulated medical pipettes in medical and related fields. Modern approaches to developing their microelectromechanical actuator are outlined. To improve the design and control system of the electronic medical pipette, it is necessary to develop an appropriate mathematical model, which requires motor parameters that are often missing from manufacturer descriptions.