What are the common software faults in the CNC system?
Drill Sharpening Machine:
Applicable to twist drills(Ф2-Ф20)and center drills re-sharpening.
Applicable to Ф4-Ф20 plate drills and counter bore drills re-sharpening.
Applicable to Ф4-Ф20 Zhou drills re-sharpening.
Easy to handle, High precision, normatively re-sharpening.
Drill Re-Sharpening Machine,Drill Sharpening Machine,Hand Grinder Machine,Drill Sharpening Tool Dongguan Rener Automation Technologies Co.,Ltd , https://www.rener-automation.com
1, system software failure
The fault of the system software is often caused by design errors. In the software design stage, due to the poor consideration of the system functions, the design goals are not completely conceived, and defects occur in algorithm, definition, or module interface. Once these defects are present, they will not disappear and appear to be inherent in failure. In some operating environments, this design flaw may be triggered, resulting in a software failure, which can be corrected by updating the software version. In general, high-level software often includes bug fixes in addition to the low-level version.
2, application software failure
The application software of CNC system is a part processing program compiled by the user. It includes preparation function G code, auxiliary function M code, spindle function S, and tool function T. For high-grade systems, it also includes functions such as graphic programming and parameter measurement.
The application software failure, mainly due to human factors, with a certain amount of contingency and randomness, manifested in the user program design, such as writing format, grammar or program structure errors. The causes of these errors are mainly due to the process of writing the program or the input of the program, such as inadequate understanding of system functions or poor consideration of the processing process. In addition, during the transmission and storage of the program, it is also possible to change the content of the program and cause a malfunction during operation. Such failures can be gradually reduced as the operator becomes familiar with the CNC system.
1.The apex angle of the drill edge can be adjusted arbitrarily(from 0°-12°)
2.The size and angle of the chisel edge can be adjusted arbitrarily
3.The drill can be grinded no matter how short it is
4.The amount of drill to grind at a time can be ad justed arbitrarily