Problems to be solved by the project
Deal with problems such as scattered equipment, inconsistent protocols, missing data, difficulty in tracing abnormalities, and the inability of the business system to obtain stable data.
Unified access to CNC, robots, PLC, detection and energy consumption equipment to complete equipment identification, status mapping, event recording and data services.
Collect, verify and provide equipment status, alarm, program, process and energy consumption data in unified fields to the business system.
Deal with problems such as scattered equipment, inconsistent protocols, missing data, difficulty in tracing abnormalities, and the inability of the business system to obtain stable data.
Complete the mapping and verification of equipment identity, status, alarm, program, output, quality and energy consumption fields.
Provides query, subscription and interface data to systems such as Kanban, traceability, MES, MOM, etc.
Implemented in layers according to equipment, gateways, platforms and business applications, and confirm connections, fields and acceptance results layer by layer.
Determine access protocols, collection fields and implementation methods by device type.

Collect machine tool data such as status, program, coordinates, alarms, spindle and output.
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Collect task status, load, fixture and linkage signals, and check the workstation rhythm.
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Connect process variables like temperature, pressure, time, weight, and power consumption.
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Collect measurement results, power, liquid and fluid quality and energy data.
View the implementation method �� Submit the device brand, interface method and target fields, and we will confirm the access list, data scope and implementation steps accordingly.