Visual Components’ immersive simulation experience at Automate 2025

Attendees of Automate 2025 will use virtual reality (VR) to interact with a simulated robotic layout.

Simulated space – person, conveyor belt, robot, packages being moved

CREDIT: VISUAL COMPONENTS

Visual Components, leading developer of 3D manufacturing process simulation and offline robotic programming software, will awe attendees at Automate 2025 with an immersive virtual reality (VR) experience using a VR headset and the company’s 3D manufacturing simulation software. Visitors will experience the efficiency and flexibility of Visual Components simulation software at booth #2650 at Huntington Place May 12-15, 2025, in Detroit, Michigan.

Visual Components simulation software includes an extensive library of 3D models with more than 1,600 robots, over 70 brands along with a wide range of conveyors, machines, resources, robot tools, factory facilities and more. The ready-made components eliminate guesswork and 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.

Using a head-mounted display (HMD), visitors to the Visual Components booth will have the opportunity to select from more than a dozen robot vendors and experience how simulating robotic integration in a virtual environment before installation provides a quicker return on robotic investments and higher production efficiency.

In addition to participating in an immersive simulation experience at the Visual Components booth, Automate 2025 attendees can take a deeper dive into the benefits and advantages of manufacturing simulation with a presentation by Visual Components Director of Business Development Graham Wloch at 1:30PM ED on May 14. Explaining the art of “Doing More with Less Through Simulation,” Wloch will detail how simulation allows shops to visualize and better understand their manufacturing processes.