Feedback system for electric trimmer

Automation and thereby to enhance the quality of trimming, an innovative way of constructing and operating a trimmer has been devised in this paper. The improvements proposed here plan to increase the functionality of the trimmer by adding an extra perspective to the trimming process, at the same time optimizing the space constraints of adding new or additional components to do so. This has been done by adding a closed loop feedback system for additional control and precision, thereby increasing the performance of the trimmer. This closed loop feedback system requires the fabrication of an innovative electromechanical system proposed in this paper.