Automatic Vertical Glass Film Sorting System

LIJIANG Glass intelligent film sorting and storage system includes horizontal and vertical turning tables, vertical measuring tables, glass shuttle machines, film sorting and storage machines, and vertical and horizontal turning tables arranged along the glass conveying direction. Through the coordination and cooperation of various components, a series of processes such as horizontal and vertical conversion of glass, specification measurement, classified storage, and on-demand access are completed. The glass size in the process of processing is inspected by the vertical inspection table, and the glass is stored in the corresponding grid frame according to the system requirements. The system takes out the glass in sequence according to the process requirements for subsequent processing.

Features:
 

1. The manual handling and classification storage links are reduced in the whole system, which greatly improves the efficiency and yield;
2. Quick inspection, accurate positioning, intelligent classification storage and intelligent outbound;
3. Optimize space utilization and reduce the space occupied by semi-finished products;
4. Wide applicability, it can be used to store and classify before edging to improve the efficiency of edging; it can also be used to store and classify before tempering to meet the loading rate and process requirements of tempering furnaces, and it can also be used before hollowing to solve the automatic matching of insulating glass Production requirements.

Operating Mode

• Pairing Mode

Online use, after multiple glasses with different matching requirements are sent to the racking system, the sheets are automatically paired according to the order required by the work order;

• Sequential Mode

For offline use, after sending different glasses that need to be paired in a single rack into the racking system, the sheets are output according to the order of the work order;

• Efficiency Mode

It is used offline before edging or color reeling, and the pieces are produced in order of small batches and sizes, and the number of edging openings and closings is reduced, and the edging efficiency is increased by about 1 to 3 times.