Robot
Depending on compatibility, please select Add an adapted robot or an unadapted robot.
Add an Adapted Robot
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Prepare the .epicrobot file.
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Click Select on the right side of the robot entry.
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In the Import Robot window:
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Check Adapted.
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Click Upload file and select the robot file.
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Click Confirm or double-click to select.
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Configure Robot Parameters
Modify the robot’s pose in the world coordinate system
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* Precise Modification: Modify each parameter in the Robot Parameters section on the right-side parameter panel.
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Precise modification: Modify parameters in Parameter configuration > Robot’s pose in the world coordinate system.
Modify the robot’s pose
The robot’s pose can be modified in the following three ways.
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Modify the Pose of the Flange Coordinate System in the Base Coordinate System
Go to Robot Parameters > Pose of Flange Coordinate System in Base Coordinate System to adjust the pose parameters below.
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Modify robot joint angles
In Robot Parameters > Robot Joint Settings, modify each joint angle. If the joint angle range does not meet the requirements, click
to adjust.
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Activate Tool Controller
This method is only for rough adjustment of the robot’s pose.
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Go to Robot Parameters > Robot Tool Pose > Tool Controller and activate it.
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Select the current tool; if no tool is available, - indicates the flange.
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In the 3D simulation space, drag the tool controller, and the robot will move accordingly.
Please turn off the tool controller switch promptly after use.
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Configure robot communication
Configure robot communication to allow the software to automatically obtain the robot pose during hand-eye calibration.
The configuration steps are as follows:
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Complete the robot program burning.
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Set the monitoring reporting mode and other parameters according to the actual situation.
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Click Open.
Add an unadapted robot
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Prepare the .epicrobot file.
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Click Select on the right side of the robot entry.
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In the Import robot window:
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Check Unadapted.
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Enter a custom robot name.
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Click Confirm.
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Set the number of axes, rotation angle type, rotation angle attitude representation, and rotation angle unit according to the actual situation.