Dispersed manufacturing enterprise, workshop-based, one-stop shopSolutions
Automatically dispatch discharges
The system automatically calculates all production tasks, all processing processes for all parts to be processed, and alerts process tasks that have been delayed or are likely to be delayed; and provides manual intervention functions for manual preparation of processing plans and lock-in of processing plans, temporary plug-in sheets. A process assignment form with bar code can be printed and a daily processing schedule in EXCEL format can be exported. The schedule is followed by a Gantt chart showing the distribution of all processing tasks for all spare parts on the equipment, as well as the distribution of processing tasks on the equipment.
Process management
Processes that import typical process templates or replicate similar parts, which rapidly develop the parts processing process; provide the computational function for the estimation of spare parts processing hours; have a powerful virtual processing unit (units and shredding) process development function, i.e. CAPP; print a spare parts card in a standard format with a piece code for the parts; and have process database management function.
Production monitoring
A dynamic real-time view of the plan and actual progress of all process tasks of each mission is available. The system provides multiple means of monitoring progress plans and completion, such as Gantt charts, tables and lists. It also monitors all types of equipment, as well as the nuptial, load and load rates of each equipment, and also shows the balance of the load and the trends in loads in the form of columns, circuits, etc.
Digital analysis of capacity
Workshop capacity is a key factor in ensuring production delivery. Mechanical processing MES The system has improved capacity utilization by monitoring and analysing the use of resources, identifying and addressing potential bottlenecks. The system is able to identify anomalies such as equipment malfunctions, personnel absenteeism and material shortages and to provide recommendations for optimization to ensure timely delivery of orders.
Digital management of workshop operations
Mechanical workshop operations are divided into manual operations and automation equipment operations. For manual operations, the system assigns task orders to operators, provides operational guidance and process documents, tracks mission progress and records the operator ' s call. For automated equipment operations, the system monitors the state of the equipment, automatically transmits production tasks and acquires production data in real time. These functions ensure the production process traceability and transparency.
Digital warehouse transport management
The flow of materials is essential for the continued production of the workshop. Mechanical processing MES System pass.Warehouse ManagementSystem integration, real-time material tracking and inventory management. The system ensures timely delivery of materials to the production line through smart movement and reduces inventory costs and material waste. In addition, the system is able to work with automation equipment such as auto-director vehicles (AGVs) to improve the efficiency of material transport.
Smart Emission
The system automatically calculates all order tasks, making production schedules easier and more efficient.
Optimizing quality
IQC, IPQC, FQC, OQC full-link management to avoid problems in products leading to client litigation.
Cost reduction
The efficiency gains were reduced by controlling the acquisition of raw materials, warehouse inventories, increasing the utilization of equipment and increasing per capita production.
Software systems for real-time monitoring and management of machine processes through computer and network communications technology. It provides real-time collection of data on the operational status of machine beds, processing parameters and processing data for works and, through data analysis and processing, provides decision-making support and recommendations for production optimization to producers. Machine processing MES The core functions of the management system include production process monitoring, task movement and quality control.
80% reduction in manual data entry
Provide faster turnaround times to clients without compromising quality
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