Well Finished Mild Steel 25 Kg Weight Profile Design Cutting Force Dynamometer

Three components of the perpendicular cutting force can be recorded concurrently by a high rigidity with low thermal error and profile design cutting force dynamometer during rotating, and a data acquisition system can store the measured numerical values in a computer. The greatest force that this high rigidity with low thermal error and profile design cutting force dynamometer was intended to measure was 3500 n. The actual tool, a dynamometer, is at the center of a system for calculating cutting forces. Acting forces and (depending on the type) torques are measured using it. Any metal cutting process needs a high rigidity with low thermal error and a profile design cutting force dynamometer to measure the different parts of the cutting force. Performance evaluation and calibration of the dynamometer have been completed. Under different circumstances, it is employed in an experiment with roller burnishing on an aluminum workpiece.