OUR SERVICES

APEXIZ WE OPTIMIZE YOUR IDEAS

APEXIZ takes pride in offering exceptional plant simulation services in partnership with Visual Components. With this collaboration, APEXIZ leverages the cutting-edge capabilities of Visual Components’ simulation software to help businesses optimize their manufacturing processes.

Through plant simulation, APEXIZ empowers clients to create virtual models of their production environments, allowing them to visualize and analyze different scenarios without disrupting actual operations. The software provides a comprehensive representation of the entire manufacturing ecosystem, including machines, robots, and material flow. This enables businesses to identify inefficiencies, bottlenecks, and potential areas for improvement, leading to enhanced productivity and cost savings.

As an experienced partner of Visual Components since 2016, APEXIZ brings a wealth of expertise and industry knowledge to the table. Their team of skilled professionals collaborates closely with clients, providing tailored solutions to meet their unique simulation needs. APEXIZ’s commitment to excellence and dedication to delivering top-notch services make them a trusted choice for businesses seeking to leverage plant simulation to drive success and innovation in their manufacturing endeavors.

Our Services include:

Factory Planning

  • Layout Preparation
  • Identification of ideal process flow and simulation
  • Planning of resources such as Workers, AMR, Robots, etc.
  • Best possible navigation routes
  • Effective utilization of resources
  • Analysis of bottlenecks, throughput, cycle-time studies, the feasibility of the plant
  • Complete report with results and recommendations

Robot Simulation & Offline Programming

  • Offline cell preparation
  • Identification of best robots for the job
  • Simulation, Cycle time studies, reachability, collision analysis
  • Support for all major robot brands
  • Cell calibration and commissioning of offline programs on the real system
  • Complete report with results and recommendations