The processing precision of woodworking engraving machine affects the effect of wooden door

The standardized woodworking engraving machine configuration and machining accuracy are very important in the wood door processing, which directly affects the effect and quality of the wooden door.


The processing precision of the woodworking engraving machine affects the effect of the wooden door. The repeating positioning accuracy of the woodworking engraving machine reaches 0.02 mm, which can fully meet the requirements of wooden door processing. On the other hand, the cutting performance of woodworking engraving tools has a great influence on the appearance quality of solid wood doors. The emergence of woodworking engraving machine manufacturers has enabled the large-scale production of furniture, completely liberating the manual engraving workers. Before the appearance of woodworking engraving machine manufacturers, the tools used for carving on furniture include hand saws for sawing wood, chisel for leveling, chisel for grooving, hammer tools, etc., which are inefficient and have a lot of engraving. Very ugly.


The woodworking engraving machine tool must be installed and clamped to keep the tool sharp. The blunt knife will make the engraving quality drop and overload the motor. If the machine is abnormal, please refer to the troubleshooting chapter of the operation manual or contact the dealer to avoid any damage. Inverter, the control card connected to the computer must be installed and screwed.


Woodworking engraving machine manufacturers use products, engraving machine can be used in furniture industry, furniture decoration industry, woodworking decoration industry, musical instrument industry, wooden handicraft industry, this machine is suitable for large-area plate plane engraving, solid wood furniture engraving, solid wood art mural engraving , solid wood carving, MDF paint-free door carving, window door carving. It is a replacement product in the furniture decoration industry.


The rapid development of the wooden door market has put forward higher requirements for the processing of wooden door engraving machines, not only to ensure production, but also to ensure quality. Especially because the eyes of wooden door users are more and more critical and personalized, it is required that the wood door engraving machine manufacturers need to have better performance in terms of fine processing, wooden door stability and structural modeling, and color design while maintaining rapid output.

Engraving machine common faults and problems

Engraving machine common faults and problems, engraving machine manufacturers for your analysis
Question 1: When opening the software, the computer prompts "Failed to open the card, please check the card".
Solution:
1. Check if the driver of the board is installed or replace the card with a PCI slot;
2. Reinstall the two data cables to check for broken needles.
3. Weihong card has a problem, replace the card.
Question 2: Prompt when opening the software: three-axis alarm, initialization error signal.
Solution:
1. Check if the two data cables of the computer and the machine are connected;
2. Check if the fuse of the adapter plate in the control box is burned out and replace the fuse;
3. Check if the power supply is normal.
Question 3: Misalignment occurs during engraving, or the size is wrong.
Solution:
1. Check if the path of the engraving software is correct or not;
2. Check the clearance of the screw and whether the fastening screws of the polished rod are loose;
3. Check that the software parameters are set correctly.
Question 4: When the X-axis is walking a certain section, the Z-axis does not raise the knife. Press it up and go down.
Solution:
1. Check if the Z-axis motor is running normally, the power and the current of the drive;
2. Check if the Z-axis motor line has poor contact or intermediate disconnection
3. Check if the lift distance is set.
Question 5: The spindle motor does not rotate or reverse.
Solution:
1. Check the settings of the parameters of the inverter;
2. Whether the signal line of the inverter is reversed.
Question 6: A sickle phenomenon occurs.
Solution:
1. The Z-axis motor has insufficient power and the coupling is loose;
2. The current of the Z-axis driver is too small, or the signal line is wrong.
3. The data line is not connected.
Question 7: When the software is turned on, the axis turns off.
Solution:
1. Problems with the drive or poor contact with the computer output signal line;
2. Poor motor line contact.
Question 8: The machine is not powered when it is turned on.
Solution:
1. Check if the start button wire is connected and the button is burnt out;
2. Check if the AC contactor is shorted or burned out.
Question 9: The axis only goes in one direction when the button is moving.
Solution:
1. Check if the data cable is normal and the data cable socket is plugged in.
2. Check the motor circuit for solder joints.
Question 10: The sending software can't open normally, and the engraving stuff is deformed.
Solution:
1. Reinstall new systems and software;
2. Check if the X, Y axis screw and screw are loose;
3. There is a problem with the engraving path