Step 1: Teach Pendant Programming. In this method, the operator manually moves the robot using a teach pendant and records the robot's movements. This is useful for tasks that involve simple, repetitive actions.
Step 2: Offline Programming. Offline programming uses simulation software to create and test robot programs before they are implemented on the actual robot. This method allows for optimizing the robot's task sequences without interrupting production.
Step 3: Lead Through Programming. In this method, the robot is manually guided through the task while recording its movements. It is similar to teach pendant programming but can be done by physically guiding the robot through the task instead of using a device.
Step 4: Visual Programming. In this approach, robots are programmed by arranging visual blocks or flowcharts in a graphical interface. This method is beginner-friendly and is commonly used in educational settings.