Ex. No.3 - SIMULATION-OF-CARTESIAN-3D-PRINTER-MACHINE

DATE:

AIM:

To simulate the construction of cartesian 3D printer and to get in-depth knowledge of mechatronics of cartesian 3D printers.

REQUIREMENTS:

● System - Windows 7 or higher, 1 GB RAM.

PROCEDURE:

For X-Axis Assembly

1. Select X-Axis Assembly from the visible list.

2. All the parts related to X-Axis will be shown on the screen.

3. Select the parts in sequence in which they are shown.

4. When the first part is selected then it will open in the blank space in the left side of the screen.

5. Further, when the correct part will be selected then it will get assembled with the previously selected part/parts.

6. If the user follows an incorrect sequence then a pop-up will appear on the screen showing the name of the part to be selected.

For Y-Axis Assembly

1. Select Y-Axis Assembly from the visible list.

2. All the parts related to Y-Axis will be shown on the screen.

3. Select the parts in sequence in which they are shown.

4. When the first part is selected then it will open in the blank space in the left side of the screen.

5. Further, when the correct part will be selected then it will get assembled with the previously selected part/parts.

6. If the user follows an incorrect sequence then a pop-up will appear on the screen showing the name of the part to be selected.

For Z-Axis Assembly

1. Select Z-Axis Assembly from the visible list.

2. All the parts related to Z-Axis will be shown on the screen.

3. Select the parts in sequence in which they are shown.

4. When the first part is selected then it will open in the blank space in the left side of the screen.

5. Further, when the correct part will be selected then it will get assembled with the previously selected part/parts.

6. If the user follows an incorrect sequence then a pop-up will appear on the screen showing the name of the part to be selected.

For Complete-Axis Assembly

1. Select Complete-Axis Assembly from the visible list.

2. All the parts related to Complete-Axis will be shown on the screen.

3. Select the parts in sequence in which they are shown.

4. When the first part is selected then it will open in the blank space in the left side of the screen.

5. Further, when the correct part will be selected then it will get assembled with the previously selected part/parts.

6. If the user follows an incorrect sequence then a pop-up will appear on the screen showing the name of the part to be selected.

Playing with Axes

1. Move the x-axis slider or enter the value (within the given range) in the given text box and press/select ENTER. Now observe the movement of the x-axis assembly.

2. Move the y-axis slider or enter the value (within the given range) in the given text box and press/select ENTER. Now observe the movement of the y-axis assembly.

3. Move the z-axis slider or enter the value (within the given range) in the given text box and press/select ENTER. Now observe the movement of the z-axis assembly.

OUTPUT

Output:

Name:

Register Number:

Result:

Thus the simulation on construction of cartesian 3D printer is completed & movement of axis along X, Y, & Z has been studied.