Abstract: A tube cutting device and method thereof are disclosed, which are adapted for performing a remote tube cutting operation upon a tube. The tube cutting device is comprised of: a holding unit; a cutting unit; and a control unit, connected to the holding unit and the cutting unit in a remote manner; wherein, the control unit is capable of directing the holding unit to hold and move a tube to a specific position and thereafter directing the cutting unit to perform a cutting operation upon the tube. With the aforesaid tube cutting device, an operator operating the tube cutting device can perform an cutting operation upon the tube remotely without having to contact directly with the tube, and thus the operator is prevented from having to stay in a working environment containing hazardous materials, such as radioactive pollutants, gas/liquid with strong acid or alkali, etc., so that the safety of the tube cutting operation can be enhanced.

Abstract: A tube cutting device and method thereof are disclosed, which are adapted for performing a remote tube cutting operation upon a tube. The tube cutting device is comprised of: a holding unit; a cutting unit; and a control unit, connected to the holding unit and the cutting unit in a remote manner; wherein, the control unit is capable of directing the holding unit to hold and move a tube to a specific position and thereafter directing the cutting unit to perform a cutting operation upon the tube. With the aforesaid tube cutting device, an operator operating the tube cutting device can perform an cutting operation upon the tube remotely without having to contact directly with the tube, and thus the operator is prevented from having to stay in a working environment containing hazardous materials, such as radioactive pollutants, gas/liquid with strong acid or alkali, etc., so that the safety of the tube cutting operation can be enhanced.

Abstract: A method for monitoring surface mount technology (SMT) apparatuses includes the steps of: providing a data saving module for saving attribute data on the SMT apparatuses, the attribute data including maintenance parameters, repair parameters, and defect rate parameters; obtaining dynamic data on the SMT apparatuses in real time, the dynamic data including maintenance data, repair data, and defect rate data; and monitoring the SMT apparatuses by comparing the attribute data and the dynamic data on the SMT apparatuses.

Abstract: A method for monitoring surface mount technology (SMT) apparatuses includes the steps of: providing a data saving module for saving attribute data on the SMT apparatuses, the attribute data including maintenance parameters, repair parameters, and defect rate parameters; obtaining dynamic data on the SMT apparatuses in real time, the dynamic data including maintenance data, repair data, and defect rate data; and monitoring the SMT apparatuses by comparing the attribute data and the dynamic data on the SMT apparatuses.