UHF RFID Tags for Robotics & Automation

Find the Right Tag for Your Robotics Equipment

Start with the surface and space you have. These five options cover different label and housing formats; confirm the fit on your actual equipment.

Small Component Tracking

9662 Long Range UHF RFID Sticker ISO18000 - 6C EPC Class1 Gen2 Self - Adhesive Printable Inlay Asset Tag TagtixRFID

H2515 Ultra Small UHF RFID Tag Sticker ISO18000-6C EPC Class1 Gen2 Self-Adhesive Inlay

From $18.99 USD

($0.19 each)

Indoor Parts Bins

9662 Long Range UHF RFID Tag 860mhz-960mhz ISO18000-6C EPC Class1 Gen2 self adhesive printable inlay label

9662 Printable Long-Range UHF RFID Sticker Inlay for Asset Tracking Self Adhesive5.0

From $18.99 USD

($0.19 each)

5.0

Metal Housings & Tooling

RFID UHF On Metal Asset Tags Sticker PET Meterial Waterproof 3M Adhesive TagtixRFID

PF6025 On Metal UHF RFID Tag Sticker Waterproof 3M Adhesive

From $33.00 USD

($1.65 each)

Metal Equipment Tracking

ABS Material RFID Mount On Metal Surface UHF Tag TagtixRFID

P102 ABS Material RFID Mount On Metal Surface UHF Tag

From $15.00 USD

($1.10 each)

Moisture-Exposed Assets

PET7018 Material Waterproof Printable Long Range UHF Label

From $17.99 USD

($0.18 each)

What Are You Looking to Track?

Small Components And Sensor Housings

Measure the usable label space first. Our H2515 is 25 × 15 mm, making it a starting point when a larger label will not fit.

Check the surrounding metal and the finished assembly with your reader before settling on the tag position.

Use H2515

Metal Equipment And Reusable Tooling

For a label mounted directly on metal, start with our PF6025. Compare it with the P102 when a rigid housing better suits your asset.

Tell us about the available space, heat and cleaning exposure so we can help you narrow the choice.

Use PF6025

Parts Bins And Assembly Inventory

For dry indoor labels, compare our printable 9662 inlay. If the label will get wet, consider the waterproof PET7018 and share the type of exposure with us.

Confirm the bin material and its contents, especially when metal parts sit close to the label.

Use 9662

How Do You Choose a Tag for Your Setup?

Measure the usable space and check the mounting surface first. Choose an on-metal design for direct attachment to a metal housing, and keep the tag clear of moving parts.

Decide where you need to identify components: a handheld inventory check, an assembly station or a robot-mounted reader scanning nearby inventory. These are different reading tasks, so test the tag in the position it will actually be used.

Link the tag identifier to your component record and agree with your integrator which scans should update location or production status. Confirm reading distance and consistency with your reader, finished assembly and environment.

If you would like to try labels on your own components or equipment, feel free to request a free UHF sample pack. Share the surface, available space and working conditions so we can help you select suitable options.

Request FREE UHF Samples to Test

Can UHF RFID Tags Identify Small Robot Parts and Drone Components?

Yes, our H2515 is a compact option to test when a component has room for its 25 × 15 mm label. Check the finished assembly, nearby metal and available clearance before choosing the tag position. For a flight-critical or moving component, confirm attachment and balance with your engineering team; a small label alone does not establish suitability.

Which UHF RFID Tags Should I Use on Metal Robot Housings?

Our PF6025 is an adhesive on-metal option for external metal housings and tooling, while the P102 offers a rigid format to compare. PF6025 has a reference reading distance of 5 m, depending on the reader and environment. Share the mounting space, heat exposure and reading distance you need, and we'll help you narrow the choice.

Can a UHF Reader Read a Tag Inside a Closed Metal Robot Housing?

No, you should not expect a UHF reader to read a tag through a fully enclosed metal housing. Place a suitable on-metal tag on an accessible exterior surface and test it with the finished assembly. This also lets you check how the tag faces the reader during normal handling.

How Far Can the Tags Be Read in a Robotics Warehouse?

Our reference reading distances are 3 m for H2515, 5 m for PF6025, 8 m for 9662 and 12 m for PET7018, depending on the reader and environment. Shelving, metal parts, tag orientation and the assembled item can change the result. Test the tags in your actual storage and reading positions before planning the read zone.

Should I Check More Than Waterproofing for Outdoor Robotics?

Yes, outdoor robotics needs a few checks beyond waterproofing. Our PET7018 is a waterproof label option, but waterproofing alone does not establish resistance to sunlight, chemicals, scratching or extreme temperatures. Tell us about the exposure and available label space, and we'll help you choose options to test.

Does Scanning a Component Automatically Update Its Production Record?

No, the reader and connected software need to link the tag identifier to your component record and the correct event. A tag read identifies the item; it does not by itself confirm that assembly, testing or maintenance is complete. Agree on those event rules with your integrator before your pilot.

Request FREE UHF Samples to Test

See How a Tracking Workflow Comes Together

How to Track Work-in-Process Items and Production Containers with UHF RFID

UHF RFID helps manufacturing teams track work-in-process items and reusable containers by giving each moving unit a unique identity and recording that identity at defined production events. This gu...

How to Track PCB Inventory in ESD Bags and on Metal Shelves with UHF RFID

Learn how to test UHF RFID tags for PCB inventory in ESD bags, tubs, and metal shelving using printable, LED, and on-metal tag options.

How to Track Inventory in Totes Near Metal Racks with UHF RFID

Learn how to choose, place, encode, and qualify UHF RFID tags for tote inventory, grouped items, metal racks, and an optional heat step.

How to Audit Laptops and Office IT Assets with a Handheld UHF RFID Reader

UHF RFID helps IT teams audit tagged laptops, monitors, docks, accessories, and boxed spares without scanning every barcode in direct view.

Explore More UHF Tag Options

Small round J41 UHF tags on plastic vial caps beside a handheld reader in a refrigerated laboratory workspace.

Ultra Small UHF RFID Tags

White on-metal UHF label attached flat to a silver laptop lid, with a cropped reader corner and scanning arcs.

On-Metal UHF RFID Tags & Labels

Black industrial UHF tag mounted on the exterior of a thermal processing machine and scanned with a handheld reader.

Industrial UHF RFID Tags

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Looking for Something for Your Business or Company?

Got a question or a special request? Click on the bottom-left chat button.

Do you have discounts for large orders?

Yes! 🙌 We offer discounts of up to 30% for bulk orders. The more you buy, the better the price. Chat with us for a custom quote.

How long does it take to process an order?

We'll need 1-3 business days to process your order for shipping after you receive your confirmation email. But don't worry, we're doing our best to get your order to you as soon as possible. We appreciate your patience with us!

I need some RFID modules to fulfill specific functions. What is the cost of producing these modules from scratch?

To kick off development, you only need to pay the development fee as a down payment. You will not make any further payments until you receive the sample module and confirm that it works 100%.

The development fee is based on the specific functions you require. However, it can be deducted after your total orders from us reach a certain amount.

In total, including the development fee and unit costs, our clients typically save 20% on material costs compared to their previous supplier.

How long does the development process takes?

It usually takes 4 weeks to develop the sample module with your required function from scratch. Depending on the functions you requested, it may end up shorter or longer.

After the development is done, we’ll send you the sample module to test compatibility. We’ll work with you till it’s 100% working with your systems before the batch production.

How can I make sure the custom readers work in compatible with our systems or equipments?

We know compatibility can be a concern when purchasing a large batch of readers. When we’re done developing the prototype, we’ll send you a sample first to test compatibility.

And no strings attached at this point. Our engineers will work closely with you till the sample is 100% compatible with your existing system before the purchase invoice.

Or, before kicking off prototype development with us, you can purchase an off-the-shelf reader in our store to see if it already fits what you need.

Hit that chat button and tell us what you need. Our tech whiz, Jayden, will gladly assist you and make sure everything runs smoothly. 😎

Bulk Quote 30% Off

Are you a distributor or reseller? Sourcing for a B2B project? Enjoy up to 30% discount for bulk orders. Chat with us for a custom quote.

No MOQ Required

Our experienced engineers can custom develop the RFID modules to embed into your systems. Hardware configuration, wiring adjustments, USB or serial port, etc tailored to your solution needs.

We Return Development Fee

When orders accumulate to a certain amount. Start with testing a sample and deploy the final products with tech support from our engineers. No matter how many you need, we are here to help. We value every client’s trust.