No products in the cart.
RFID Depo Editorial Team · June 2026 · 9 min read
What will you learn in this guide? How to set up an RFID system in your jewellery store, which equipment you need, how to carry out your first stock count, and how to avoid the most common mistakes — all in one guide.
In the jewellery sector, stock counting is perhaps the most time-consuming operation and the one carrying the highest risk of error. With traditional barcode methods, the process works like this: staff pick up each piece individually, bring the barcode close to the scanner, wait for the beep and move on to the next item. For a display case of 300 pieces, this can easily take 2 to 3 hours. During busy periods, closing the store for a count means significant lost revenue. RFID technology changes this equation fundamentally: it reduces a 200-item display count to 30 seconds, brings the human error rate close to zero and makes it possible to count while the store remains open.
This guide walks through the entire process from scratch — starting with businesses that have never used a jewellery RFID system — all the way to the first stock count. One important note before we begin: RFID implementation in jewellery has some specific requirements compared to other sectors, because precious metals such as gold and silver interact with radio signals.
📋 Table of Contents
- Why RFID in Jewellery?
- The Right RFID Type for Jewellers: HF or UHF?
- Required Equipment and Costs
- Step 1 — Product Tagging
- Step 2 — Software Setup and Product Registration
- Step 3 — First Stock Count
- Step 4 — Integration into Daily Operations
- Common Mistakes and How to Avoid Them
- Cost and Return on Investment
- Frequently Asked Questions
1. Why RFID in Jewellery?
Among the most common operational problems in a jewellery store, slow and inaccurate stock counting ranks at the top. With the traditional barcode approach, the process runs as follows: staff handle each piece individually, bring the barcode to the scanner, wait for the confirmation beep and move to the next item. For a display of 300 pieces, this process can easily take 2 to 3 hours.
| Comparison | With Barcode | With RFID |
|---|---|---|
| Counting 300 items | 2–3 hours | 5–10 minutes |
| Store status during count | Closed or restricted service | Open — customers served as normal |
| Accuracy rate | 85–90% | 99.5%+ |
| Loss detection time | Discovered at weekly count | Same day — real time |
| Staff counting time | 4–6 hours per week | 20–30 minutes per week |
| Security integration | Separate EAS system required | Single tag — RFID + EAS combined |
Beyond these figures, RFID adds further value to a jewellery store: when a customer asks for a specific item, staff can locate it within seconds; when display cases are rearranged, which products have moved where is recorded automatically; and the end-of-day closing count is completed in minutes.
2. The Right RFID Type for Jewellers: HF or UHF?
The most critical technical decision in the jewellery sector is which RFID frequency to use. The answer is clear: HF (High Frequency) — 13.56 MHz.
Understanding why requires knowing how precious metals interact with radio signals. Valuable metals — particularly gold and silver — significantly absorb and reflect radio waves in the UHF (860–960 MHz) range. This disrupts read reliability; sometimes a product becomes completely unreadable. HF frequency, by contrast, operates far more stably in the presence of metal.
⚠ Important note: Some large jewellery chains use UHF RFID — but they either use specialist on-metal tags for bulk counting of many items simultaneously or have optimised their systems through dedicated engineering work. For single stores or small chains, HF RFID is a far more practical and reliable starting point.
Additional advantages of HF RFID for jewellery include: it can be produced in ultra-small formats starting from 8×8 mm; it can work alongside EAS (Electronic Article Surveillance) security systems; and it can be integrated into the existing price tag, leaving the current labelling workflow unchanged.
3. Required Equipment and Costs
A jewellery RFID system consists of four core components:
1 — HF RFID Tag (Jewellery Tag)
A small-format HF RFID tag to be applied to each product or integrated into the existing price label. ISO 15693 standard tags with NXP ICODE chips are the most widely preferred. Size options range from 8×8 mm to 25×25 mm.
Unit cost: Varies by quantity, model and print requirements — contact us for current pricing.
2 — HF RFID Handheld Reader or Desktop Reader
A handheld reader is used for display case counting; a desktop (countertop) RFID reader is used at the point of sale for processing items. Some systems use compact models that integrate with a tablet or smartphone.
Price range: Handheld reader and desktop reader — contact us for current pricing in your region.
3 — Jewellery Stock Software (RFID-Integrated)
The software that links each RFID tag to product information, records count results and generates reports. Your existing jewellery management software may already have an RFID module, or a standalone RFID counting application can be added alongside it.
Note: Some RFID readers come with their own basic counting application — this may be sufficient for smaller stores.
4 — HF RFID Printer (Optional)
Used to produce tags that carry both an RFID code and printed product information or price. Those wishing to start small can begin with pre-printed tags and add a printer at a later stage.
Note: Desktop HF RFID printers are available — contact us for current pricing and model recommendations.
4. Step 1 — Product Tagging
The most time-consuming phase of switching to an RFID system is the initial tagging. The larger the existing stock, the longer this phase takes. However, once this investment is made, the system begins generating value continuously.
1
Decide on the tag format
Will you use an RFID tag integrated into your existing price label, or apply a separate tag directly to the product? The price label integration format is the most practical choice — it does not disrupt your existing labelling workflow.
Will you use an RFID tag integrated into your existing price label, or apply a separate tag directly to the product? The price label integration format is the most practical choice — it does not disrupt your existing labelling workflow.
2
Assign a unique EPC number to each tag
Each RFID tag must be programmed with a distinct EPC (Electronic Product Code) number. This number is the digital identity of that product. Most software handles this assignment automatically.
Each RFID tag must be programmed with a distinct EPC (Electronic Product Code) number. This number is the digital identity of that product. Most software handles this assignment automatically.
3
Link the EPC number to product information
The EPC number on the tag must be matched to the product record in the software: product name, carat, weight, stone details and price. Without this pairing, RFID counting produces nothing more than a meaningless list of numbers.
The EPC number on the tag must be matched to the product record in the software: product name, carat, weight, stone details and price. Without this pairing, RFID counting produces nothing more than a meaningless list of numbers.
4
Apply the tag to the product
Standardise where on each product the tag will be placed. For rings: inside the band or on the price card. For necklaces: on the hanging card. For earrings: on the packaging box. Consistent placement improves counting efficiency.
Standardise where on each product the tag will be placed. For rings: inside the band or on the price card. For necklaces: on the hanging card. For earrings: on the packaging box. Consistent placement improves counting efficiency.
5
Verify the tag with the reader
After applying each tag, read it with the desktop or handheld reader. Confirm that the EPC number read matches the correct product in the software. This step prevents data errors further down the line.
After applying each tag, read it with the desktop or handheld reader. Confirm that the EPC number read matches the correct product in the software. This step prevents data errors further down the line.
💡 Practical tip: Start tagging with your best-selling or highest-value items. Rather than trying to tag your entire stock at once, create a phased plan — something like 50 to 100 items per week is a sensible pace. This approach eases the learning curve and allows you to catch any errors at a small scale.
5. Step 2 — Software Setup and Product Registration
The software infrastructure is just as important as the RFID hardware. Without software, an RFID reader produces nothing more than a list of EPC numbers. The core functions the software must perform are as follows:
- Product catalogue: Associates each EPC number with product name, carat (14K, 18K, 925 silver), weight, stone details and selling price.
- Location tracking: Records which product is in which display case, shelf or safe.
- Count management: Compares the EPC list read during a count against the expected stock; reports surpluses, shortfalls and misplaced items.
- Movement log: Automatically records when a product is sold, returned, transferred between displays or moved to the back room.
- Reporting: Generates daily, weekly and monthly stock reports, loss alerts and movement analysis.
⚠ Note: If you are using existing jewellery management software, check whether it supports an RFID module. If it does, integration will be much faster. If not, a standalone RFID counting application can be added alongside it, with manual or API-based synchronisation between the two systems.
6. Step 3 — First Stock Count
Once all products have been tagged and registered in the software, the first official RFID count can take place. This count also serves as a system calibration — the accuracy of all records is confirmed at this stage.
1
Begin the count during a quiet period
For the first count, choose a time when customer traffic is low — before opening or after closing is ideal. Subsequent counts can be carried out while the store is open, but a calm environment is preferable for the first attempt.
For the first count, choose a time when customer traffic is low — before opening or after closing is ideal. Subsequent counts can be carried out while the store is open, but a calm environment is preferable for the first attempt.
2
Open a new count session in the software
Start a new count session in the counting software. Specify which display case or area is being counted. The system prepares the expected product list.
Start a new count session in the counting software. Specify which display case or area is being counted. The system prepares the expected product list.
3
Pass the handheld reader slowly over the display case
Hold the reader 15–30 cm above the glass surface of the display case and move it in a slow, steady pattern. The reader will detect all HF RFID tags inside. For corners that may be missed, bring the reader closer to that area.
Hold the reader 15–30 cm above the glass surface of the display case and move it in a slow, steady pattern. The reader will detect all HF RFID tags inside. For corners that may be missed, bring the reader closer to that area.
4
Review the count results
The software compares the items read against the expected list and produces a discrepancy report. Physically search for items on the "not found" list — the majority will have been moved to another display or will be at the point of sale.
The software compares the items read against the expected list and produces a discrepancy report. Physically search for items on the "not found" list — the majority will have been moved to another display or will be at the point of sale.
5
Confirm and save the count
Once all discrepancies have been resolved, confirm the count. The system records this moment as the stock reference point. From here, every movement — sale, return, transfer — is tracked against this reference.
Once all discrepancies have been resolved, confirm the count. The system records this moment as the stock reference point. From here, every movement — sale, return, transfer — is tracked against this reference.
7. Step 4 — Integration into Daily Operations
Once the RFID system is set up, smooth integration into daily operations is critical. Otherwise the system will be gradually neglected and lose its value.
Morning Opening Routine (5 minutes)
Before the store opens, quickly scan all display cases with the handheld reader. The software shows whether any changes have occurred in the stock since the previous day's closing. This 5-minute routine prevents any surprises during the trading day.
Using RFID at the Point of Sale
When a desktop RFID reader is placed at the till, the sold item is read automatically as it is placed on the counter. Staff perform no additional action — the product exits the system on its own. Invoice information is simultaneously updated in the system.
Evening Closing Routine (10 minutes)
The end-of-day closing count is carried out with the handheld reader. The system takes into account all movements during the day — sales, returns, display changes — and reports the live stock position. This report is as important and as reliable as the daily cash report.
8. Common Mistakes and How to Avoid Them
❌ Mistake 1: Using UHF tags
Consequence: Read problems on metal jewellery, low accuracy. Solution: In jewellery, always use HF (13.56 MHz) RFID.
❌ Mistake 2: Incomplete tag-to-product matching
Consequence: The RFID number is read but it is unknown which product it belongs to — the system becomes worthless. Solution: Every time a tag is applied, the product information must be recorded in the software and the match confirmed by reading the tag.
❌ Mistake 3: Trying to tag the entire stock all at once
Consequence: The intense pace leads to errors, staff become fatigued and the process may be abandoned. Solution: Create a phased tagging plan — set a manageable pace such as 50 to 100 items per week.
❌ Mistake 4: Moving the reader too fast or from too far away
Consequence: Some tags are missed and the count is incomplete. Solution: Hold the reader 10–20 cm from the glass surface of the display case and move it slowly and steadily. Pay special attention to corners and upper shelves.
❌ Mistake 5: Skipping staff training
Consequence: Staff avoid the system or use it incorrectly and data quality deteriorates. Solution: Give all staff at least 2 hours of hands-on training. Work with a supervisor present during the first week.
9. Cost and Return on Investment
Below is an illustrative cost and saving summary for a mid-sized jewellery store with around 500 items:
| Initial Investment Costs | |
|---|---|
| HF RFID handheld reader | Contact us for pricing |
| Desktop RFID reader (for the till) | Contact us for pricing |
| Software (annual licence or one-off) | Varies by solution |
| 500 HF RFID tags (printed) | Contact us for pricing |
| Annual Savings (Illustrative) | |
|---|---|
| Staff counting time saved (4 hrs/week → 30 min/week) | ~180 hours staff time per year |
| Reduction in stock loss rate (2% → 0.3%) | Significant saving relative to stock value |
| Counting without closing — prevented revenue loss | 4–8 hours of trading time recovered monthly |
| Estimated payback period | 8–18 months |
Note: The figures above are illustrative only. They will vary considerably depending on your store's product count, stock value and current loss rate. Contact our technical team for a cost and return analysis tailored to your operation.
Ready to set up RFID in your jewellery store?
Share your product count and current stock management system — we will prepare a tailored equipment and cost analysis for you.
Get Free Consultation → Jewellery RFID Tags10. Frequently Asked Questions
From how many items does RFID start to make sense?
As a general rule, jewellery stores with a stock of 150 items or more start to see significant efficiency gains from RFID. Between 50 and 150 items there are still benefits, but the payback period is longer. Below 50 items, a barcode system may be sufficient.
Do I need to replace my existing jewellery software?
In most cases, no. Most jewellery management software packages offer an API that supports RFID integration. If your current software does not have an RFID module, a standalone RFID counting application can be added alongside it, with periodic synchronisation between the two systems.
Will an RFID tag damage the jewellery or be noticed by customers?
With the correct application, no. Jewellery RFID tags are typically produced integrated into the price label or in a very small sticker format. They do not affect the appearance of the product. When a customer purchases an item, the tag is removed along with the price card.
Is there a risk of the system giving incorrect readings?
As with any technology, HF RFID has its limits. A large number of tags stacked on top of each other, signal attenuation near certain metals or a damaged tag can cause read problems. With good application practice and regular tag inspection, the accuracy rate can be maintained at 99.5% or above.
Can I run a pilot test before converting the whole store?
Absolutely — and we recommend it. Choose a single display case or product group, tag 50 to 100 items and test the system for 4 to 6 weeks. The pilot results give you the confidence to make the store-wide rollout decision. RFID Depo provides free technical support for pilot project planning.
Conclusion
Setting up an RFID system in a jewellery store may appear complex at first. With the right frequency choice (HF), the right tag model, good software and a phased tagging plan, however, the process becomes manageable. After an initial adaptation period of a few weeks, the system begins running on its own and becomes an inseparable part of daily operations.
With a weekly counting routine of just 5 to 10 minutes, stock accuracy rises to 99.5%, loss rates fall dramatically and staff time previously spent counting can be redirected towards serving customers.
Related pages: Jewellery RFID Tags · All RFID Tags · RFID Solutions · Get Consultation
