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Robot programming is the art of telling a machine how to interact with the physical world. It goes beyond simple code; it involves spatial reasoning, logic, and a deep understanding of the process. Whether it's guiding a welding torch along a complex curve or coordinating the precise movements of a surgical robot, programming is what turns a mechanical arm into a productive tool.
Teach Pendant Programming: The traditional method. A technician uses a handheld device to jog the robot to specific points and record them. It's great for simple tasks and touch-ups.
Offline Programming (OLP): Creating programs in a 3D simulation environment (like RoboDK or manufacturer-specific software) without taking the robot out of production. This is essential for complex paths and minimizing downtime.
Lead-Through/Hand-Guiding: Common with cobots, where the user physically moves the arm.
High-Level Languages: Using Python, C++, or ROS (Robot Operating System) for advanced applications involving computer vision or AI.
Every major robot manufacturer has its own proprietary language:
- FANUC: KAREL and TP (Teach Pendant)
- ABB: RAPID
- KUKA: KRL (KUKA Robot Language)
- Yaskawa Motoman: INFORM
Learning one often makes it easier to pick up others, as the core concepts of logic, loops, and coordinate systems remain similar.
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