Controlled environment
Configure nitrogen, ESD, cleanliness, and alarms per project instead of treating recommendations as fixed specifications.
Configurable solution architecture ยท capacity and interfaces confirmed per project
Environment-controlled, traceable storage for probe cards.
Manage card state in a nitrogen/ESD environment with RFID, WMS/EAP/MES interfaces, auditable handoff records, and manual, AMR, or OHT options.
Storage is a workflow state center, not a shelf.
Card identity, location, environment, clean/inspection state, and check-in/check-out history enter one queryable data route.
RFID and system interfaces
Identify each card with RFID and connect through APIs to WMS, EAP, or MES.
Automated handoff
Support a manual service window and evaluate AMR, robot, or OHT handoff.
Capacity, footprint, clean class, nitrogen targets, takt, and AMR/OHT method are project parameters. They require a site survey and FAT/SAT plan.
Modular storage, inspection, cleaning, and delivery.
The current solution design links a smart enclosed ESD cabinet, AMR handoff, cleaning, electrical/morphology/particle inspection, safety enclosure, and customer EAP/MES.
- IdentityRFID, label, and optional vision cross-check
- StateLocation, environment, clean/inspect status, and audit history
- InterfacesWMS, EAP, MES, and equipment status APIs
- HandoffManual access with AMR, robot, or OHT evaluation
Freeze the workflow before freezing capacity.
Throughput and cabinet count follow card mix, task profile, interfaces, environment targets, and handoff method.
Samples and criteria
Confirm card types, carriers, task profile, and status model.
Fixtures and recipes
Define slots, handling, identity, interfaces, and safety boundaries.
FAT
Verify inventory, handoff, records, alarms, and exception recovery.
SAT and traceability
Freeze system versions, training, spares, and service after site acceptance.