This section shows basic Components Add-In functions.
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The Components Add-In window contains following functional elements:
1. List area for the Components selection
2. Component sketch
3. Selected Component parameters area
4. Advanced options visibility checkbox
5. Checkbox to use inches (millimeters used by default)
6. Color and transparency selection
7. Component creation
You can create a conveyor by specifying the conveyor dimensions.
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Tip: Use the Frame checkbox with the appropriate size values and the Color dialog to add a conveyor frame.
Tip: Use the Panels checkbox and corresponded Color dialog to add theframe panels with the specified color and transparency.
Tip: Use the Simplified checkbox to toggle between simplified and realistic frame.
Tip: Use the Mechanism checkbox to create a conveyor mechanism.
You can create a pedestal by specifying dimensions (R1, R2, R3, H1, H2, H3).
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Tip: Use the Round checkbox to create a cylindrical basement.
Tip: An additionally created frame named Pedestal N Plane Frame can be useful for placing the necessary objects in the center of the upper plane of the basement.
You can create a table by specifying dimensions (X, Y, R, H1, H2).
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Tip: Use the Color dialog to set the color and transparency of the table’s top surface.
Tip: An additionally created frame called Table N Plane Frame can be useful for placing the necessary objects on the table’s top surface.
Tip: Use the Simplified checkbox to toggle between simplified and realistic table legs.
You can create a fence by specifying panels dimensions (X, Z) and sections number (Xn, Yn).
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Tip: Use the Color dialog to set the color and transparency of the fence panels.
Tip: Use the Floor checkbox and corresponded Color dialog to add the floor with the specified color and transparency.
Tip: You can change the fence configuration by operating the X1, X2, Y1 and Y2 checkboxes.
You can create a rail by specifying such parameters as length, width, height and color for the rail base and carriage.
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Tip: You can create segmented rail using models of the base segments and carriage. It’s necessary to set the corresponding model files using the Segment and Carriage buttons. Make sure you use the correct dimension values and right number of segments. Use the Segments checkbox to build the corresponding rail model.
Tip: Use the Mechanism checkbox to create a rail mechanism. You can additionally set the motion limits and the zero position of the carriage with the corresponding parameters.
Note: Please check the displacement of the segments and carriage models in case the Segments option is used. There are several examples in the Models folder. By default, the folder with model examples is C:\RoboDK\Addins\com.robodk.app.shape\Components\models\rail\.
Tip: Use the Auto checkbox to set parameters based on model bounding box measurements. Small details of the model may affect the measurement result. You can uncheck Auto after measurement and set the parameters manually.
You can create a parametric T-bot by setting parameters for the X-beam, carriage and Z-beam.
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Tip: You can create a T-bot with a segmented X-beam using the Segment, Beam Z and Carriage models. It is necessary to set the appropriate model files using the Segment X, Carriage and Beam Z buttons. Make sure you use the correct dimension values and the correct number of segments. Use the Segments checkbox to build the appropriate T-bot model.
Tip: Use the Mechanism checkbox to create a T-bot mechanism. You can additionally set the motion limits and the zero position of the axes with the corresponding parameters.
Note: Please check the displacement of the segments, beam and carriage models in case the Segments option is used. There are several examples in the Models folder. By default, the folder with model examples is C:\RoboDK\Addins\com.robodk.app.shape\Components\models\tbot\.
Tip: Use the Auto checkbox to set parameters based on model bounding box measurements. Small details of the model may affect the measurement result. You can uncheck Auto after measurement and set the parameters manually.
Tip: Use the Legs checkbox to add the required number of base columns of the specified height.
You can create a parametric H-bot by setting parameters for the X-beam, Y-beam, carriage and Z-beam.
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Tip: You can create a H-bot with a segmented X-beam using the Segment, Beam Y, Beam Z and Carriage models. It is necessary to set the appropriate model files using the Segment X, Beam Y, Carriage and Beam Z buttons. Make sure you use the correct dimension values and the correct number of segments. Use the Segments checkbox to build the appropriate H-bot model.
Tip: Use the Mechanism checkbox to create a H-bot mechanism. You can additionally set the motion limits and the zero position of the axes with the corresponding parameters.
Note: Please check the displacement of the segments, beam and carriage models in case the Segments option is used. There are several examples in the Models folder. By default, the folder with model examples is C:\RoboDK\Addins\com.robodk.app.shape\Components\models\hbot\.
Tip: Use the Auto checkbox to set parameters based on model bounding box measurements. Small details of the model may affect the measurement result. You can uncheck Auto after measurement and set the parameters manually.
Tip: Use the Legs checkbox to add the required number of base columns of the specified height.
Tip: Use the 2-Side checkbox to add a mirrored X-beam.
You can create a turntable by specifying such parameters such as flange radius, base height and colors for the base and flange.
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Tip: Use the Base checkbox and the height parameter to create the positioner body.
Tip: You can create a horizontal or vertical positioner by toggling the Horizontal checkbox. In addition, you can use the Cntr. part checkbox and the corresponding offset parameter if a counter part is required.
Tip: Use the Mechanism checkbox to create a turntable mechanism. You can additionally set the motion limits with the corresponding parameters.
You can create a tilt turntable by specifying parameters such as flange radius, vertical and horizontal offsets, base height, and colors for the base, beam, and flange.
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Tip: Use the Base checkbox and the height parameter to create the positioner basement.
Tip: You can use the Cntr. part checkbox and the corresponding offset parameter if a counter part is required.
Tip: Use the Mechanism checkbox to create a tilt turntable mechanism. You can additionally set the motion limits with the corresponding parameters.
You can create a 3-axis positioner by specifying parameters such as flange radius, side and horizontal offsets, height, and colors for the base, beam, and flanges.
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Tip: Use the Mechanism checkbox to create a 3-axis positioner mechanism. You can additionally set the motion limits with the corresponding parameters.
Tip: Use the Sync. scripts checkbox to create additional Python scripts that will synchronize the robot with the required horizontal axis by running the corresponding script.
Note: By default, C:\RoboDK\Addins\com.robodk.app.shape\Components\scripts\ is folder that contains the synchronization scripts examples.
You can create a box by specifying the dimensions (X, Y, Z).
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Tip: Use the Prism checkbox to create a prism.
You can create a sphere by specifying the radius (R).
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You can create a cone by specifying the dimensions (R1, R2, H) and quality parameters.
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Tip: If R1 is equal to R2, a cylinder will be created.
