1. Double-click to open the engraving software and set the layout according to the material size in millimeters.

2. Edit the file within the page area.

3. After making the file, place it in the desired material processing position to generate the desired processing path

1) 2D path is two-dimensional engraving. Usually, the engraving depth of two-dimensional engraving is fixed, that is, according to the design engraving depth, the clear milling processing is performed from the surface of the object, and finally the ideal effect of the design is achieved. The specific operation is: point 2D pop-up two-dimensional engraving dialog box, select "inscribed" in the "engraving depth" set the depth to be processed, the tool compensation selected. The engraving method selects “horizontal milling bottom” to select the knife through the tool magazine, and the secondary processing method selects the edge, also through the tool magazine selection and the same knife before. Select the counterclockwise, and automatically check the error and automatically decompose self-intersecting loop selected, point to determine the completion of the path production, then the computer automatically calculates the path, that is, the green part. (Note: If there is no tool required, fill in the corresponding parameters in the "Tool parameters" column, then click "Add tool" - "OK." This will increase the number of tools.)

2) 3D path, ie, three-dimensional engraving, three-dimensional engraving, refers to the system automatically changes the depth of engraving according to different graphics and tools, to ensure that the sculptured surface is consistent with the design object. Commonly known as "three-dimensional clear angle" function. The specific operation is: Point 3D pops up the 3D Engraving Method dialog box, select "Intaglio" in the "Engraving Depth" setting the depth to be processed. Remove the check mark before "Rough Cutter Milling". In the three-dimensional finishing, most of the centered knives are selected through the tool magazine selection tool. Select counterclockwise, and automatically check the error and automatically decompose self-intersecting loops to select, and click OK to complete the path creation.

3) The cutting path actually means that the object to be processed is cut off from the engraving material using a milling cutter. The commonly used processing methods are based on internal and external contour processing. The "outer outline" is cut along the outside of the designed figure. The cut part is the designed figure. The "inner outline" is cut along the inside of the designed figure. The part left is the designed figure. When the inner and outer contours are cut, the Wentai system will automatically sort them and determine the counterclockwise and clockwise directions. "Original line output" means that the design graphics are output as they are, and single-line characters and graphics must be output as they are.

Operation mode: Select the contour according to the need, use the outer contour when cutting the characters, use the inner contour when hollowing out, and use the central sharp knife when the three-dimensional edge is inverted. The engraving depth is generally 0 when cutting, and the knife is on the table. When the edge is inverted, the depth is set as required. The knife is on the material. Select tool compensation. Use the same hour hand when making the panel and the backplane.

4. After checking the path is correct, click the "save engraving path" pop-up window. When the "lifting distance" is cut, the material thickness is increased by 7~9. Before the "output only selected part", check mark, point "output file" behind the " Find ", select the Chunlan disk location to be saved after popup dialog box, select "G-code files(*.nc)" after "Save as type", enter the name of the file after "File name", click "Save" to return to the window After that, click "Confirm".

5. Open the "Engraver Control System", click "Open and Load" under the "File" menu. Find the saved file name in the pop-up box and click "Open".

6. Click "Simulation" and right-click in the blue area. Select "Adjust to window size" to see what is open and check if you want to sculpt.

Note: Make a mark at the position of the workpiece origin when starting machining.

Broken knife, power off processing:

1. When cutting a knife: Click “stop”. After changing the knife, re-set the Z-axis coordinate and clear it. Enter the current line segment number in the “specific position” through “Advanced Start” under the “Operation” menu (according to the situation, it is necessary to advance some overlap)

2. When the power is off: Return the machine to the marking position before machining, and clear it. Point the simulation to check the current line segment number. The remaining steps are the same as above.