The busbar bending tools has the blessings of excessive processing precision, correct dimensional stability, low hard work depth and handy present day management. Bus processing gadget belongs to numerical manipulate equipment. In case of flawed operation or programming error, it is simple to make the device or device holder hit the workpiece or busbar processing machine. The mild one will harm the device and processed parts, and the heavy one will harm the additives of bus processing gadget, ensuing withinside the lack of processing accuracy of bus processing gadget.

Therefore, it isn't always allowed to collide with the bus processing gadget or workpiece throughout the usage of the bus processing gadget. The following is an in depth evaluation of the motives for the knife collision of the bus processing gadget. Because the busbar bending machine is locked via way of means of software, whilst the automated operation button is pressed throughout simulation processing, whether or not the bus processing gadget has been locked can't be visible intuitively at the simulation interface. There is regularly no device putting throughout simulation. If the bus processing gadget isn't always locked, it's miles very clean to collide with the device. Therefore, earlier than simulation processing, visit the operation interface to affirm whether or not the bus processing gadget is locked. Forget to show off the idle transfer throughout processing.

 In order to shop time, the empty walking transfer is regularly became on throughout software simulation. Idle operation approach that every one shifting axes of the busbar machine perform at G00 velocity. If the operation transfer isn't always became off throughout processing, the bus processing gadget ignores the given feed velocity and runs at the rate of G00, ensuing in knife slicing and bus processing gadget collision accidents. No go back to the reference factor after empty walking simulation. When checking this system, the bus processing gadget is locked, whilst the machining of the device relative to the workpiece is simulated (absolutely the coordinates and relative coordinates are changing).

At this time, the coordinates are inconsistent with the real function. The technique of returning the reference factor have to be used to make certain that the 0 factor coordinates of the gadget are regular with absolutely the and relative coordinates. If the machining operation is done with out locating any issues after verifying this system, the device collision might be caused. The route of overtravel launch is wrong. When the bus processing gadget is overtravel, press and keep the overtravel launch button and pass it withinside the contrary route manually or manually, which may be eliminated. However, if the lifting route is reversed, it'll motive harm to the bus processing gadget.

Because whilst the overtravel launch is pressed, the overtravel safety of the bus processing gadget will now no longer work, and the journey transfer of the overtravel safety is already on the quit of the journey. At this time, it could motive the worktable to maintain to transport withinside the over journey route, after which pull the lead screw, inflicting harm to the bus processing gadget.

The distinct line isn't always in the suitable function whilst walking. When a distinct line is run, it's miles regularly carried out downward from the location of the cursor. For the lathe, it's miles vital to name the device deviation cost of the device used. If the device isn't always called, the device walking this system segment won't be the specified device, which may be very probably to motive a device collision coincidence because of unique tools. Of course, withinside the machining middle and CNC bus bar gadget, we have to first name the coordinate system, together with g54 and the duration reimbursement cost of the cutter. Because the duration reimbursement cost of every knife is unique, if it isn't always called, it could additionally motive knife collision.