Maximize Efficiency and Minimize Risk with Robotics Simulation

Robotics simulation consulting is a specialized service that helps businesses and organizations to design, test, and optimize their robotic systems using computer simulation. This can include simulating the movement and behavior of robots, as well as simulating the interactions between robots and their environment. By using simulations,  potential issues with robotic systems can be identified before they are built, which can save time and money. Additionally, simulations can be used to optimize the performance of robotic systems and to train robots to perform specific tasks.

PMC has expertise in areas such as robotics, computer science, and engineering, and can help businesses to select the appropriate simulation tools and techniques for their needs.

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PMC Agent Based Simulation Advantages & Benefits

  • Resolves issues before construction, saving time and money.
  • Improves efficiency and productivity.
  • Tests complex systems safely.
  • Trains robots in a controlled environment.
  • Reduces accident risks by simulating hazards.
  • Evaluates scenarios not feasible in real life.
  • Enables innovation without costly prototypes.
  • Increases accuracy in predicting performance.
  • Supports informed decisions on new robotics.
  • Guides tool and technique selection for applications.

Robotics Simulation Capabilities

Why Perform Robotic Simulation?

  1. Reduced risk of production downtime: By testing and optimizing robotic systems in a virtual environment, it’s possible to reduce the risk of production downtime caused by unforeseen problems.
  2. Improved production efficiency: Robotic simulation can help to identify and resolve issues with robotic systems before they are deployed in a production environment.
  3. Evaluation of different scenarios: Robotic simulation allows users to evaluate different scenarios and test how a robotic system will behave in various conditions.
  4. Optimization of robotic paths: Robotic simulation can be used to optimize the paths and motions of robots.

PMC Robotic Simulation Process

  • Determine the simulation goal and the robots that require simulation.
  • Receive input data, such as process diagrams, layouts, and descriptions.
  • Define the process flow within the simulation.
  • Model the manufacturing facility and its components by creating a virtual representation.
  • Establish the kinematics of the devices.
  • Import and program robots, creating the path for them.
  • Develop the Offline program for the robots by parameterizing the path.
  • Validate the simulation to ensure that it accurately reflects the real-world process and the robots behave as anticipated.
  • Conduct Virtual Commissioning, a process where the control system of a machine or production line is tested before physical installation using the simulation application.