The available information defines the task—push a solid object with a robot gripper—but does not identify the robot manufacturer, controller, programming language, gripper type, or available commands. Use the following controller-neutral method, then map each action to the documented instructions for the installed equipment.
Separate the Gripper State From the Robot Path
Treat gripping and robot motion as separate functions unless the controller documentation explicitly combines them. First place the gripper in the mechanical state required to contact the object. Then command the robot path that performs the push. A Linear Move is a candidate because the requested action is a straight push, but the evidence does not confirm its syntax or behavior on the unspecified controller.
Define the Push Before Programming It
Record the contact pose, push direction, end pose, required gripper state, and acceptable stopping condition. Do not assign unsupported speed, force, distance, payload, or timing values. Confirm those values from the cell design, tooling limits, object behavior, and manufacturer documentation.
| Required definition | Engineering decision |
|---|---|
| Gripper state | Determine whether the tooling must remain open, closed, or at another documented state while pushing. |
| Contact pose | Position the gripper against the intended surface without an uncontrolled collision. |
| Push path | Define a straight start-to-end path if a Linear Move matches the required motion. |
| Completion condition | Choose a verified end pose or a documented sensing condition supported by the installed system. |
Program and Verify the Sequence
- Move to a clear approach pose near the object.
- Command and verify the required gripper state.
- Move to the defined contact pose using an appropriate documented motion instruction.
- Execute the straight push with the controller's documented Linear Move instruction if its path behavior matches the task.
- Stop at the validated end pose or supported sensing condition, then retract without disturbing the object.
Validate the sequence under controlled commissioning conditions before normal operation. Verify the actual path, gripper state, object travel, clearances, and stop behavior. If the motion cannot be implemented safely from the available documentation, obtain the robot and gripper manuals or contact the manufacturers through their official support channels.
FAQ
Can I push an object with a robot gripper using a Linear Move?
A Linear Move is a candidate when the required push follows a straight path. Confirm the instruction's path behavior and syntax in the documentation for the installed controller.
How do I control the gripper during a robot Linear Move?
Command the required gripper state before the push and verify that state before making contact. The exact gripper instruction cannot be specified without the controller, gripper interface, and programming language.
What information is needed to program a robot gripper push?
Define the robot and controller, gripper type, contact pose, push direction, end pose, gripper state, stopping condition, and validated operating limits. These details determine the correct motion and gripper commands.
