The platform supports customizable dynamic generation and adjustment of production line layouts and equipment configurations, enabling users to simulate realistic environments and construct production line models even before finalizing the design, with 3D visualization outputs.
The platform supports open interface integration with production execution and control systems such as MES, WCS, and WMS, ensuring a 1:1 simulation of the production line’s actual software and hardware implementation before finalizing the line.
Currently supported open interfaces include Modbus, WebAPI, MQTT, and other standard industrial control protocols.
The platform can output production results and line capacity analysis based on time, space, various process states, and material states after simulation. This helps users comprehensively evaluate line capacity and identify bottlenecks before finalizing the production line design.
When the system is not fully finalized, HF-SIM can be used to simulate the system’s operating state, assess whether the production line, equipment, and related processes meet the design requirements, and clearly identify the defects and bottlenecks.
The platform supports comprehensive simulation of MES, WCS, WMS, and other production control systems, enabling a 1:1 replication of the actual production line operation, ensuring that all systems meet process and technical requirements before the construction is completed.
The platform supports comprehensive simulation of MES, WCS, WMS, and other production control systems, achieving a 1:1 replication of the actual production line operation. This ensures that all systems meet process and technical requirements before the construction is completed.
Additionally, it enables pre-integration of systems before the production line implementation, reducing the on-site implementation cycle.
By simulating the actual operation of hardware devices, HF-SIM allows for the verification of seamless integration between equipment and the system before the production line is completed. This ensures that on-site installation and debugging time is reduced to zero, thereby improving construction efficiency.
Guangzhou Suichuang Tech Ltd,Co. 2022