Capture work-in-process movement at the production stations where status actually changes. Syncotek provides UHF RFID tags, fixed and integrated readers, industrial antennas and handheld terminals for manufacturing WIP identification, station-level data capture and integration with MES, ERP, quality and production applications.
The objective is to connect physical production movement with digital manufacturing records: identify the correct WIP item, capture it at the correct station, and pass a reliable RFID event to the customer's production system.
A manufacturing system may already contain work orders, routings and production schedules. The challenge is reliably capturing what physically happened on the shop floor and associating that event with the correct production record.
Production status can drift from reality when station updates depend on operators manually scanning or entering every movement.
Teams may know that an order has started but still lack a reliable last-seen production station or transition event.
RFID can provide the physical identification event that the customer's application uses to compare an item with the expected process.
Reading a tag is not enough. The reader must capture the intended WIP at the intended production station without excessive nearby reads.
Production traceability requires consistent identifiers and station events that can be linked with manufacturing records.
Raw EPC reads only become useful production information after integration logic associates them with station and process context.
WIP tracking does not require a reader everywhere. The most useful locations are normally the transition points where an RFID observation can become a meaningful production event.
Identify tagged materials, bins, carriers or work orders before they enter the production process.
Capture a WIP item when it enters machining, assembly or another controlled work center.
Record WIP movement when a carrier, container or assembly transitions between production stages.
Identify the product or carrier presented at inspection before quality data is recorded by the customer's quality system.
Add RFID identification to dedicated rework or exception points where WIP leaves the standard production route.
Capture finished or near-finished production units before warehouse, packing or shipping workflows begin.
The objective is not to send thousands of raw EPC observations directly into MES. The integration layer should provide enough context for the customer's production application to understand what happened.
RFID readers generate physical identification data. Middleware, edge software or the customer's application can filter and contextualize those reads before MES, ERP, quality or other manufacturing software applies production rules.
Best when the factory needs one or more permanently installed external antennas and tighter control over the read zone.
Starting model:
SR-RU471B
Useful where a built-in antenna can simplify installation and one controlled identification zone is more appropriate than several external antennas.
Mobile RFID is useful for WIP searches, audit activities and exception handling where permanent readers are unnecessary.
Starting model:
SR-RU666
A reader module can be used where RFID needs to become part of the production machine or custom industrial equipment.
| Product / Family | Role | Verified Characteristics | Manufacturing Use |
|---|---|---|---|
| SR-RU471B | Fixed Reader |
Impinj E710; 4 SMA antenna ports; up to 33 dBm; peak inventory ≥1,000 tags/s; USB / RS232 / RS485 / Wiegand / RJ45; 4 GPIO |
Workstations, production lines, automated checkpoints and multi-antenna process zones |
| Integrated Reader Family | All-in-One Reader |
Built-in antenna families; up to 33 dBm on selected configurations; PoE / RJ45; serial / Wiegand options; SDK support |
Compact production stations, gates and controlled single-zone identification |
| SR-RU666 | RFID Handheld |
Android 11; optional UHF E710 / E510 architectures; NFC; optional barcode; IP65 |
WIP search, mobile verification, audits and exception handling |
| SR-AU-GFG09BIP | External Antenna |
860–940 MHz; 9 dBi; circular polarization; 65° × 65° beam; IP67 |
Fixed production-line RFID read zones and industrial checkpoints |
| TUA-PCB | On-Metal Tag |
EPC Gen2 / ISO 18000-6C; FR4; 865–868 / 902–928 MHz; IP65; multiple physical sizes |
Metal carriers, tooling, fixtures, molds and industrial assets |
| TUA-TM | High-Temperature On-Metal Tag |
EPC Gen2 / ISO 18000-6C; designed for metal surfaces; high-temperature-resistant construction; flexible mechanical mounting options |
Manufacturing environments where ordinary RFID tag materials are not suitable |
Final product selection should be validated with the intended WIP item, carrier, mounting material, production-station layout and surrounding factory environment before deployment.
The tag does not always have to be attached directly to the final product. In many WIP projects, the most practical RFID identity is attached to a reusable production carrier, bin, rack or fixture that moves with the work order.
Manufacturing floors contain metal machines, racks, tools, moving parts and adjacent stations. The system must capture the intended WIP at the correct point without turning the surrounding factory into one large RFID zone.
Capture tagged workpieces or carriers as they move between defined production stages.
Associate physical WIP identity with the relevant digital production record.
Identify the assembly or carrier presented at a controlled workstation.
Link physical identification with inspection workflows managed by the customer's quality system.
Extend RFID to molds, fixtures, gauges and other production assets.
Track reusable totes, carriers and racks circulating between production areas.
Capture production completion before inventory moves into warehouse workflows.
Use dedicated RFID read points or handheld verification for exception and rework flows.
A useful manufacturing RFID pilot should include a small but complete process rather than isolated laboratory reader tests.
Select a representative WIP flow with clear station transitions, test the RFID hardware under real production conditions, and verify that the resulting data can be converted into the events required by the host system.
Send us your production flow, WIP carrier or product type, station layout, RFID tag environment, required read points and MES/ERP integration requirements. We can help you evaluate the appropriate RFID reader, tag, antenna and handheld architecture.
Track tools, molds, fixtures and gauges using on-metal tags, handhelds and intelligent storage.
Tool Tracking Solution →Connect production completion with warehouse receiving, inventory and shipping workflows.
Warehouse Inventory Solution →Build multi-antenna production stations and controlled automated RFID read zones.
Fixed Reader Selection →Select RFID tags for metal tooling, fixtures, carriers and industrial assets.
On-Metal Tag Selection →Add mobile RFID verification for production audits and exception workflows.
Handheld Reader Selection →Read the existing knowledge page for a broader introduction to RFID applications in manufacturing.
Read Manufacturing Guide →RFID WIP tracking uses RFID tags and defined read points to identify work-in-process items, carriers or containers as they move between manufacturing stages.
Not always. Depending on the manufacturing process, the RFID identity may be attached to the product, a reusable WIP carrier, tote, pallet, rack or fixture associated with the production record.
A fixed reader is suitable when the station needs external antennas, multiple read directions, triggers or industrial interfaces. An integrated reader can simplify applications that need one compact built-in antenna zone.
Yes. RFID reader data can be processed by middleware, edge software or a custom application and passed to MES according to the customer's required data and production-event model.
Syncotek focuses on RFID hardware and integration support. Production routing, work-order status, quality rules and other MES functions remain within the customer's MES or other manufacturing application.
RFID provides the item-identification event. The connected manufacturing application can compare that identity with the expected work order or routing and determine whether the item is correct for that process.
RFID can provide an identification event at a defined station. Completion logic should be defined by the machine, PLC, operator workflow or manufacturing software rather than assuming that every RFID read automatically means a process has been completed.
Yes, but industrial metal environments require careful tag, antenna and read-zone engineering. Metal can affect both RFID tags and propagation, so representative factory testing is important.
Dedicated on-metal UHF tags should normally be evaluated. Syncotek's TUA-PCB family provides multiple FR4 on-metal tag sizes for tools, fixtures and industrial assets.
Yes. TUA-TM is an on-metal UHF tag family designed with high-temperature-resistant materials. The exact process temperature and exposure duration should be confirmed before tag selection.
Not necessarily. The best starting points are normally the production transitions where identification provides a meaningful process, status or traceability event.
Yes. Fixed readers can capture automated production events while handheld readers support mobile audits, WIP searches, commissioning and exception handling.
Yes. Syncotek provides OEM/ODM support and RFID hardware integration services. Project architecture can include reader modules, finished readers, antennas, tags, handhelds and required development support.
Tell us what you need to track, how WIP moves between production stations, what materials or carriers need RFID tags, where automatic reads should happen, and how those RFID events need to connect with your MES, ERP or production system.
Discuss Manufacturing RFID Project Explore Syncotek RFID HardwareIf you are interested in our services or need customized solutions, please feel free to contact us.
