Process Orchestration
Define code scanning, program issuance, processing start, pass/fail determination and equipment release as continuous work steps.
Multi-Process Flow Collaborative Control
CNC Loading & Unloading Control System
Arrange processes for Loading & Unloading, processing, testing and circulation, and control task status, equipment interlocking, exception handling and beat recording.
Status Control
Record tasks, machine tools, work steps and waiting status to provide a unified basis for on-site scheduling.
Interlocks and Exception Handling
Limit incorrect actions through interlocking, alarm and rollback conditions, and clearly define manual takeover of nodes.
Step Switching
Support process switching and task continuation, suitable for multi-variety small-batch production rhythms.
Cycle Monitoring
Statistics of time consumption, waiting time and abnormal frequency of key work steps are used for rhythm verification.
Process Traceability
Associate products, procedures, equipment and measurement results, and maintain single-piece processing records.
System Architecture and Capability Boundaries
- Workstation Layer: Execution of robot and Loading & Unloading unit actions
- Machine Tool Layer: CNC status collection, program dispatch, start, and acknowledgment
- Inspection Layer: Measurement result reading, pass/fail judgment, and result feedback
- Scheduling Layer: Process engine, interlock rules, exception alerts, and step switching
- Management Layer: Traceability records, cycle time stats, reports, and dashboard output
First verify the single-station process, and then evaluate multi-machine collaboration
Determine the pilot scope and acceptance conditions based on the equipment interface, process rhythm and testing requirements.