What is the automatic shaking of the advertising engraving machine?

The spindle of the advertising engraving machine is shaken, generally because the spindle speed of the advertising engraving machine is low, the chip speed is too fast, and the product density is high. Different materials, chip speed and spindle speed, as well as the overall rigidity of the organic table, performance has an impact.

What should I do if the advertising engraving machine starts to shake automatically?

When you find that there is a jitter condition, you only need to slow the feed rate a little bit to solve the problem.

1. Check if the spindle slider is loose.

2. Check if the spindle bearings are worn.

3. Check if the processing graphic is a small line segment.

4. Check if the level of the advertising engraving machine is adjusted. If it is not adjusted, adjust it.

5. Check if the gap of the spindle bearing of the advertising engraving machine is too large, and adjust it if it is too large.

6. Check if the speed of the advertising engraving machine is too high. If it is too high, adjust it.

7. Check whether the processed workpiece is asymmetrical, and whether the center of gravity coincides with the center of the advertising engraving machine.

8. Check if the gap of the guide rail of the advertising engraving machine is too large or the strength of the arbor is not enough (this possibility is not big).

The problem of automatic shaking of the advertising engraving machine is solved. Let us say that the advertising engraving machine is jagged?

1. First, see if you have just moved the position of the machine, resulting in the machine base not being fixed, causing the machine to vibrate during processing, causing the knife to follow the jitter and causing the engraved surface to be not smooth and jagged. After the customer moves the position of the engraving machine, the four corners of the machine must be fixed firmly.

2. Secondly, the engraving of the advertisement generally does not cause the knife to be sharp and the broken edge causes the engraved surface to be not smooth and jagged. It is found that the engraved surface is not smooth and has a jagged phenomenon. It should be checked whether the model size of the knives used is suitable. If the shank is extended too long, the knives will be deformed at the processing time, which will result in a machined surface. Not smooth and jagged.

3. There is also that the processing table and the engraving machine main shaft are not vertical. At this time, if the engraving machine performs the X-axis direction, the engraving surface will be not smooth and jagged. At this time, the spindle verticality needs to be re-adjusted. In this case, if the customer can't solve it, you can contact the Wei Tuo technician to help solve the problem.

What is the limit switch for advertising engraving machine?

The limit switch is the main electric appliance that limits the position of the working machine. It usually takes effect when the working machine reaches the end point. Therefore, it is also called terminal switch. The stroke switch is to control the stroke of the working machine, while the limit switch is to control the position of the working machine, and often the terminal position or the extreme position.

What is the trigger of the advertising engraving machine limit switch?

The limit switch is triggered to indicate that the machine has moved to the extreme position and the machine automatically stops to protect the machine.

What should I do if the ad engraving machine limit switch is triggered?

There is a “Limit Release” function under the “Operation” menu. After clicking the button, a dialog box will pop up. Do not close this dialog box, click on the direction of the limit on this dialog box until you are away from the limit switch. Then close the dialog and you're done.

Finally, what should be paid attention to when using the advertising engraving machine?

1. In the actual processing, the relationship between machining effect and machining efficiency should be fully considered, and the coarse knife, fine knife and three-dimensional engraving can be flexibly applied. Large-area graphic area engraving uses large tools for processing, and small-area graphic areas or The effect of the small tool should be used for fine machining, and the setting of the overlap rate of the tool is also important.

2. Select the processing method according to the processing result requirements-----two-dimensional engraving, three-dimensional engraving or cutting. If pattern engraving is performed, two-dimensional or three-dimensional engraving is selected, and the generated processing path is the engraving path. If you are cutting and machining the wall surface of the sand table model, select "Cutting Word" and the generated path is the cutting path.

3. According to the requirements of processing effect, the path generation method is selected. The two-dimensional path is suitable for plane engraving. The processing effect does not have a strong three-dimensional effect, and the processing fineness is inversely proportional to the processing depth. The three-dimensional path has a "clear angle" engraving action, the processing effect has a strong three-dimensional effect, the processing pattern is fine, the processing fineness is directly related to the fineness of the pattern and the accuracy of the tool parameters, and the processing depth only affects the three-dimensional and does not affect the fineness of the processing. The degree, the greater the processing depth, the stronger the stereoscopic effect.

4. According to the fineness of processing and the texture of the material, choose the engraving processing path form----horizontal milling bottom, vertical milling bottom, forward 45 degree milling bottom, reverse 45 degree milling bottom. These engraving paths produce high processing precision. The processing surface is smooth. The circular path has a fast processing speed and high efficiency, but the processing effect is inferior to others.

5. Engraving tool selection, pay attention to the influence of cutting edge angle and blade width on machining accuracy and progress. If the cutting edge angle and blade width are large, the machining speed is fast, but the machining pattern is not fine, the cutting edge angle and blade width are Small processing speed is slow, but the graphics are fine and the durability of the tool is relatively poor.