Visual Components offers a full suite of simulation and offline programming robotic software for designing new manufacturing processes and systems that is accessible to everybody.
"For a company that needs to improve output, it can be daunting to change because variables seem endless," said Graham Wloch, Director of Business Development at Visual Components. "We eliminate guesswork for our customers with our simulation software by running scenarios and identifying new processes compatible for all departments."
Visual Components simulation software includes an extensive library of 3D models with more than 1,600 robots, over 70 brands, and a wide range of conveyors, machines, resources, robot tools, factory facilities and more. The ready-made components allow manufacturers to design, build and simulate re-imagined, more efficient production lines. A feasibility analysis feature identifies and resolves production issues in the virtual environment and provides vital data for all members of a production team.
"Our simulation goes far beyond adding robotics to meet production goals," Wloch said. "We examine labor allocation, space optimization, shipping functions and any function that influences final output."
Finally, virtual systems can be connected to physical programmable logic and robotic controllers to debug and streamline processes.
In addition to the company's simulation software, Visual Components offers offline programming (OLP) robotic software. Compatible with any industrial robot brand, process or complexity, Visual Components leverages the flexibility of its software to integrate with the customer and not the other way around.
"Visual Components' OLP improves robot utilization rate with fast, accurate and error-free programing," said a company spokesperson. "Manufacturers decrease downtime because robots can continue working on the production floor while programmers update or re-program them from anywhere. In addition, OLP software from Visual Components stores process knowledge, making it simple to reuse programs and preserve institutional information."
For more information contact:
Visual Components
www.visualcomponents.com