The Intelligent Flexible Production Logistics Management Sy✔stem is an unmanned intelligent logistics control solution that HITE promotes to comple✔x production lines. We own 100% independent intellectual property rights. Through in☆telligent algorithms such as material sensing, path planning, handling control, fa♥ult circumvention, and dynamic balance, the system enables intelligent and unmanned h€igh-efficiency operation of production lines and assists♣ enterprises in upgrading from manufacturing to intelligent manuf acturing.

This solution is a management software system oriented towards manufacturing end users or pro£duction line integrators, which can automatically make decisions according to produ•ction reality. It aims to provide users with an overall solution of one-stop ↕intelligent workshop and enables intelligent management and flexi♠ble production of production lines. The company is committed to meeting customers' demands to im±prove production efficiency, save the labor, and cut production cost so as to realize flexible prod£uction. It can customize the overall solution of unmanned workshop a∞nd flexible production line for customers. At the same time, it caγn also extend to providing customers with intelligent flexible logistics syst&em for raw materials at the front end of production and with intelligent logistics systλem for finished products at the back end. Open up the whole intelligent flexible logistics☆ dispatching system from raw materials to finished products. This is one of solutions that →HITE currently promotes at full throttle to intelligent manufacturing.

System intelligence
· Intelligent system decision-making: Automatic scheduling, auto'matic planning of optimal material flow path
· Intelligent production optimization: Adaptive ouδtput analysis, and intelligent scheduling of production balancing
· Intelligent fault adaptation: Automatic detection of faulty equipment, automatic off-lin↕e isolation, automatic path circumvention, and automatic on-l↑ine recovery
· Intelligent human-computer interaction: Au>tomatic capacity scheduling and manual intervention scheduling are dy✔namically switched to dynamically meet various output demands

Implementation mechanism
Model and core algorithm based on industry process flow
· Personalizing batch, complying with algorithm
· Production scheduling theory and algorithm
· Full data analysis model of production process
· Planning of optimal material path

System value
· Machines replace manpower and save the labor.
· Improving the utilization rate of the production line
· Whole process tracking of production data
· Visual production operating system
· Reducing production scheduling personnel an↑d difficulty

Application scenarios
· Unmanned workshop
· Flexible production line
· Mixed production line