Robotic simulation
Robot simulation is a technology that enables virtual modeling and testing of robotic systems and their operations before their physical implementation. In practice, it is a complex process that includes dynamic verification of robot trajectories, simulation of its movements, interaction with the work environment, and optimization of production processes. This simulation is a key part of engineering and product life cycle in industrial robotics.
Main aspects of robotic simulation
Dynamic simulation of robot movement
Unlike static position testing, advanced simulation also tracks the robot’s trajectory between individual working positions, allowing you to create and test robot programs before deploying them in a real environment.
Integration into production lines
Simulation helps determine the optimal placement of production equipment and robots, whether it is new workplaces (“greenfield”) or integration into existing lines, where the current state of the environment, including 3D models and point clouds, is taken into account.
Verification and validation
Simulation allows testing not only the mechanical and electrical aspects of robotic systems, but also their logical behavior, including responses to outages, emergency stops, and other critical situations.
Security
For collaborative robots, simulation is essential for modeling human-robot interaction, defining risks, no-go zones, and safety measures, which helps prevent accidents even at the design stage.
Optimization of production
Simulation allows you to identify bottlenecks in production, optimize robot trajectories in terms of time and energy consumption, and thus increase the efficiency and sustainability of production processes.
Virtual start-up and programming
Based on the simulation, robot programs are prepared and then transferred to real robots, thus reducing commissioning time and minimizing errors.
Robotic simulation is an integral part of modern robotic system development and implementation. It enables detailed planning, testing, and optimization of robotic operations in a secure virtual environment, saving time, costs, and increasing safety and efficiency in industry and in specialized areas such as the automotive industry.