There is a saying in the industry of cnc fanuc robodrill: you can’t learn cnc fanuc robodrill without crashing. This sentence is exaggerated, but it also reflects a certain truth. Machine collision is a very common phenomenon in CNC machining centers. However, many operators and beginners of cnc fanuc robodrill regard collision as a normal phenomenon, or the mother of success is a kind of biased understanding.
The cnc fanuc robodrill collision has a great impact on the accuracy of the equipment. The impact on different types of equipment is also different. Generally speaking, the impact on CNC machining centers with strong rigidity is small, and the impact on CNC machining centers with low rigidity is greater. For the high-precision and efficient cnc fanuc robodrill, the accuracy impact caused by the collision is very fatal. The operator of the CNC machining center is careful and meticulous, coupled with reasonable processing guidelines, the phenomenon of machine collision can be effectively avoided.
The collision has a huge impact on the cnc fanuc robodrill of the vertical structure
The CNC fanuc robodrill strictly follows the "one stop, two needs, three look" processing guidelines during the machining process, which can greatly reduce the collision problem of the CNC machining center. Click to get free
One stop: To be precise, there are several pauses during the automatic processing of cnc fanuc robodrill. By pausing, the operator can have enough preparation to observe the display of the tool tip position and screen coordinates. Especially when the debris is wound on the workpiece or the tool, you can press the cycle stop key to solve the problems that occur in the machining process of the CNC machining center.
Two important points: one is to execute in a single stage; the other is to have a low magnification. The advantage of single block execution is that it can give the operator sufficient inspection time for inspection of tools, coordinates, and procedures. This greatly avoids the occurrence of collision accidents; if you want to learn UG programming to improve yourself, add Q group 192963572 to get a free tutorial, use low magnification through the speed adjustment knob of the CNC machining center to reduce the feed rate of the tool, and you can perform workpieces on the tool Before processing, observe whether the position of the tool tip is consistent with the displayed value of the coordinate. If the two values are not equal, the equipment can be shut down in time to avoid collision problems.
Three look: It depends on the program, workpiece coordinates, and tool tip position. The various operations of cnc fanuc robodrill are controlled by instructions. The problem can be found by checking the sentence and program name and corrected in time; the operating system display screen of the CNC machining center will display the current tool coordinates, workpiece coordinates and other detailed information . Pay attention to comparing the screen value with the actual tool tip position, so as to ensure that the coordinate values of the two correspond one-to-one. By comparing the coordinates of the workpiece, the collision phenomenon can be effectively avoided. In addition, the position of the tool tip is also one of the reasons that the collision machine cannot be ignored. All the cutting operations of the cnc fanuc robodrill are done by the tool. Therefore, in the inspection phase, the position of the tool tip should be focused on. The tip of the knife is a fragile original and will wear out after a period of use. On the premise of not affecting the processing quality, the operator of the CNC machining center should periodically adjust the tool position to prevent the tool from colliding with the workpiece or the chuck.
There is no small matter in the machine collision, and the loss of the CNC machining center is difficult to estimate for any small fault in the operation link. At the ideological level, we must put an end to the idea that "good masters are caused by collisions." It is also necessary to have strong, comprehensive and systematic technical support, so as to reduce the probability of collision.
