What debugging work does the engraving machine need to go through?

by:Transon     2020-03-11
The debugging of the engraving machine is a step that we cannot skip in the process of using it. Many people do not know how to debug the engraving machine, as a result, various problems will easily occur in later use. In fact, the debugging of engraving machine is not very difficult. You can debug the engraving machine according to the following methods. The engraving machine manufacturer will bring the data cable itself. If it is controlled by the computer, it is only necessary to open the main chassis of the electric computer and install the control card, and then connect the data cable from the control card on the computer host to the electrical box of the machine. If the handle is directly connected to the distribution box of the handle and engraving machine. Debugging method of engraving machine: 1. First install the control card 2, connect the engraving machine and the engraving machine Distribution Box 3, install the software 4, connect the data line 5, manually let the machine move 6, run in for a period of time, because the power is too small and large, it affects the application range. Debugging of high-power engraving machine can be used as debugging of low-power engraving machine. Most suitable for large cutting, relief, carving. First, before we start our work, we should carefully check the spelling of the words in the carving project. If possible, print it out and confirm it with the customer. Second, protect the carving objects: During the engraving process, the engraving objects are often misplaced, and we are often distressed to tell customers that their items are damaged during the engraving process. Three, in order to avoid these problems, engraving machine tutorial will give you operation suggestions: 1. Check whether the pliers or card head selected for carving is used incorrectly? At the same time, the wear of the pliers or the card head of the engraving machine will also lead to the dislocation of the carved object. If the pliers or the card head is too tight, the moment the cutter head touches the carved object will also cause the carved object to pop up. 2. For those carved objects with irregular shapes, they seem to have been fixed tightly on the surface, and will shake back and forth when under pressure. At this time, you can try to pad some waste materials under the object to increase friction. The other is to keep the packaging that comes with the item. Although the object is irregular in shape, the packaging that it carries may be very regular and easy to be fixed, plus a small belt, objects of irregular shape are easily fixed. Or try the tool to fix its regular parts and discard its irregular parts. 3. If the downward pressure on the carved object is very large, consider whether you must use a cone knife nose. If the pressure of the diamond cutter head of the engraving machine is too large when moving during the engraving process, the pressure on the side of the tool will cause the carved object to move. If an incorrect diamond knife is used, the same problem will result. A 90 or 100 degree diamond knife will engrave deep into the material, making the material move during the engraving process. 4. Because the engraving machine is often equipped with multi-functional pliers or card head, and they are made of iron, it is easy to cause damage to the carved object or make it slip during the carving process, then it will be helpful to choose some rubber caps or rubber pipes for fixing the carved objects. 5. For carving plastic patterns, you can stick the adhesive tape on the back of the carved object, then spray liquid glue on the side of the adhesive tape, and then stick it on a surface that can be invalidated, in this way, double-sided adhesive tape can be avoided, leaving a surface that is difficult to clean. Because the transfer tape is easy to peel and clean. The above is the correct way to debug the engraving machine. I hope everyone will not be lazy. We must pay attention to the debugging work of the engraving machine and the requirements of all aspects.
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