1. Cut the pipe vertically or obliquely.

2. Slot the end of the pipe. You can create a groove at the end of the pipe with the width and length you require according to the parameters you have set.

3. Drill holes of various shapes on the pipe. As long as you can use CAD to draw the shape of the hole you want to open (currently only supports straight lines, arcs, and circle alignment), this software can project the drawn shape onto the pipe wall to open a hole of the same shape.

4. The cut flower function on the pipe can wrap it around the pipe according to the shape drawn by the user to achieve the goal of cutting any shape.

5. Various intersecting line holes that need to be opened for branch pipes on the pipe. This software can automatically generate intersecting line holes that need to be opened on the main pipe due to the production of branch pipes based on the relative position between the main pipe and the branch pipe.

6. Various intersecting line holes that need to be opened for conical branch pipes on the pipe.

7. The intersection line at the end of the branch pipe that intersects with the main pipe is generated. The position and shape of the intersection line at the end of the branch pipe can be automatically generated based on the relative position between the branch pipe and the main pipe.

8. The shape of the end of the three intersecting pipes. The shape of the pipe end where three pipes converge can be generated based on the input basic parameters.

When two or more branch pipes are produced on the main pipe, the intersection line between the branch pipes and the main pipe, as well as between the branch pipes and other branch pipes. It can automatically generate composite intersecting lines based on simple and intuitive parameters input by the user, simplifying complex problems. Setting and adjusting various three pipe intersection situations through several parameters on the same interface is in line with normal human thinking, and users do not need to know advanced three-dimensional angle calculations, making the operation convenient and fast.

Users of this software can customize the outer diameter and wall thickness standards of the pipes themselves. This software now comes with a list of ASTM standard pipe diameters and wall thicknesses. Users can edit the pipe outer diameter and wall thickness standards that meet their own needs, saving them the trouble of checking standards and repeatedly entering them.

Fully automatic discharge function for pipes. To save you valuable time, raw materials, and cutting consumables.

Full 3D dynamic simulation cutting function. Real time demonstration of the motion status and angle of the cutting tool and pipe during CNC cutting. The interface is very intuitive, making it easy to anticipate potential issues that may arise during cutting in advance.

Return the G-code as a graphic and simulate cutting. This function can return previously generated G codes into 3D graphics and model them for cutting, making it easier to verify the correctness of the G codes.

The output type of G-code can be defined by oneself. Customizing through the settings file in the software is very flexible and convenient. Users can delete unnecessary settings files, so they don't need to choose from a bunch of output code types. This makes the program interface clearer and the operation easier and faster.

Node mode

The node pattern that needs to be added is vividly depicted in a three-dimensional diagram, as shown in the following figure:

Choosing different patterns will result in different prompts in the bottom left corner of the form.

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