Optimal design of the braking system of industrial cutting machines with the approach of increasing speed and safety

Baharestantafti, Mohammad Hossein

doi:10.48301/jear.2025.508493.1097

Optimal design of the braking system of industrial cutting machines with the approach of increasing speed and safety

Document Type : Original Article

Author

Mohammad hossein Baharestantafti

Department of Electrical Engineering, Technical and Vocational University (TVU), Tehran, Iran

10.48301/jear.2025.508493.1097

Abstract

Life-saving and amputation prevention systems in traditional cutting machines are designed to prevent serious accidents such as amputations and severe injuries. These systems usually include a set of sensors, emergency stop mechanisms, and specialized brakes that work together to stop the operation of the device quickly in case of dangerous conditions, but the stopping speed is sometimes not enough or the safety factor of the brake used in the device's engine. The mentioned is not enough and it leads to an error that leads to serious harm to the user. In this research, an advanced system to save life and prevent amputation has been designed. This safety system is designed for industrial cutting devices whose purpose is to prevent serious accidents such as amputations and severe injuries. The research method includes the design and evaluation of these systems using different sensors and emergency stop mechanisms. The results show that these systems can effectively prevent accidents and increase productivity.

Keywords

safety systems

traditional cutting devices

sensors

emergency stop mechanisms

magnetic brakes

Subjects

Electrical Engineering

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