What Are the Basic Compositions Of A CNC Wood Carving And Engraving Machine?

What is a cnc wood carving and engraving machine?

Wood carving and engraving machine is a kind of equipment often used in various industry, mainly used for embossing, flat carving and hollowing out wooden doors, furniture, metal, acrylic, etc. As well as engraving aluminum plates, stainless steel plates, PVC/PP plates, plastics, composite plates, etc. Mainly include woodworking engraving machine, stone engraving machine, advertising engraving machine, laser engraving machine, glass engraving machine, plasma engraving machine and laser cutting machine.

Wood carving machine automatic can also be effective on wood and stone. For example, the shoes we usually wear were only a single model at the beginning, but now there are all kinds of different shapes and different shapes. Engraving decorations, all of these should be done with the help of an engraving machine. After cutting, it can show good advantages. You only need to design a good pattern. You can have different engraving graphics anytime and anywhere, and you can be satisfied with your own An idea of the product

The applications of CNC engraving machine in various industry is very common, because it has very high precision, and is more suitable for some complicated engraving. The structure of CNC engraving machine represents its very advanced performance. This advanced machine is operated entirely by numerical control technology, free from human interference. A CNC engraving machine produces high-quality work that increases the productivity of manufacturing companies.

What are the Basic Compositions of a cnc wood carving and engraving machine?

The CNC engraving machine is mainly composed of four parts: engraving machine tool, engraving control software, computer and electrical control cabinet.

1. Engraving machine tool: It belongs to the mechanical equipment part, and the engraving machining is completed through this part.

2. Engraving control software: a very important part of the entire equipment, which is mainly used to process and interpret the NC processing codes generated by the engraving CAD/CAM software, issue processing control instructions, and command the CNC engraving machine to perform corresponding processing actions according to the instructions. Finish the engraving processing of the workpiece.

3. Computer: It is the most important part of the CNC engraving machine, and is the operating carrier of the CNC engraving machine, which coordinates and controls the various hardware mechanisms of the engraving machine.

4. Electrical control cabinet: This part is the signal detection part of the drive of the engraving machine. It is mainly used to directly drive the engraving machine to produce mechanical movement according to the control instructions sent by the control computer. At the same time, it detects various states of the engraving machine and feeds it back to the control. Computer and control software perform identification and processing.

So what should we pay attention to before water recycling?

Special reminder: every time you open the vacuum pump, make sure there is working fluid inside the vacuum pump!And the working liquid level should reach above the motor wheel shaft!

1. The suction mouth is connected with the suction pipe of engraving machine, which is strictly sealed to prevent leakage.

2. Two: for the first time, start the motor fan with a screwdriver to ensure that the impeller is not stuck.

3. Connect the power supply of the motor, and adjust the running direction in accordance with the standard.

4. to the water tank, until the water level of the mouth so far

5. Open the valve to fill the pump and wait for three minutes to ensure that the working fluid flows into the pump

6. start the motor, the vacuum pump starts to work, the adsorption table will produce the adsorption effect.Test adsorption strength.

7. install motor overload protector to prevent motor overload and burn down!!(Special attention)

What Do I Do When Something Goes Wrong During the Automatic Tool Change Process?

Solution: If you’re sure the problem is occurring at some point during the automatic tool changing process, the best way to troubleshoot the problem is to learn every step of the tool changing sequence. Once you are intimately familiar with the process, you’ll be better able to spot where the problem is happening and diagnose what is going on.

For your reference, the sequence should go as follows:

Axes move into position

Spindle aligns for the tool change

Doors open

Magazine pot gets into position

ATC arm moves to engage the tool on the spindle

Spindle releases tool

Arm removes tool from spindle

Arm puts tool into spindle

Spindle grasps tool

Arm returns to original position

Door closes