Inventory of all PSI-owned machines operated by the Process Services department in Grand Rapids, MI.
Last verified: 2026-03-31 (queried from AFTEC PROJECT.1287, account 4521)
Overview
Progressive Surface operates 31 base machines across 6 production lines in its Process Services facility, plus 12 retrofit/modification projects. These machines perform contract surface treatment services (grit blasting, thermal spray, shot peening, inspection, and packaging) for aerospace, energy, and industrial customers.
Production Lines
The facility is organized into production lines, each following a similar cell structure:
The Argo automated inspection and unloading systems are deployed across all 6 lines:
Line
Job
Serial
Notes
1
2223
3246
Shared unloader/packaging with Line 2
2
2222
3244
Shared unloader/packaging with Line 1
3
2194
3188
Standalone Argo inspection + robotic unloader
4
2243
3286
Argo Unloader Line #4
5
2247
3294
Argo Unloader Line #5
6
2274
3348
Argo and Unloader for Line 6
All Argo systems have been modified for coin stacking (see retrofit projects below) and Lines 4-6 have had throughput upgrades.
Retrofit & Modification Projects
Job
Serial
Description
Base Machine
95812
3076
Retrofit with New SCARA robots
2138
95813
3156
Retrofit with New SCARA robots
2178
95869
3286
Modify Argo For Coin Stacking Line #4
2243
95884
3246
Modify Argo For Coin Stacking Line #1
2223
95885
3244
Modify Argo For Coin Stacking Line #2
2222
95886
3188
Modify Argo For Coin Stacking Line #3
2194
95887
3294
Modify Argo For Coin Stacking Line #5
2247
95888
3348
Modify Argo For Coin Stacking Line #6
2274
95959
3286
Increase Argo Throughput - Line 4
2243
95960
3294
Increase Argo Throughput - Line 5
2247
95961
3348
Increase Argo Throughput - Line 6
2274
95962
3516
Add 3D Camera/Software for programming
2358
Data Source
Field
Value
AFTEC Table
PROJECT.1287
Account Number
4521 (Progressive Surface)
API Endpoint
GET /api/project/dev/{job}/info
Job Range Scanned
1000-2500 (new builds), 95800-95962 (retrofits)
IoT Connectivity (Planned)
This fleet is the planned pilot for PSI’s IoT connectivity initiative. Key considerations:
Network: Machines are on isolated networks with some firewall connectivity; LTE and guest wireless are being evaluated as alternative uplinks
PLC Access: Read-only EtherNet/IP tag polling (no PLC program modifications for initial POC)
Data Sources: Standard PSI UDT library (CC1, FLT, MC, WD, FANUC_Robot) provides fault status, cycle state, motor status, door state, and robot status without any PLC changes
Priority: Remote diagnostics and predictive maintenance first, then fleet analytics and customer dashboards
See the IoT architecture design doc (forthcoming) for full details.