Electronic article surveillance systems can make a shoplifter think twice before reaching the exit. But the right setup depends on exit width, tag type, store layout and how much support the retailer needs. Here are the strongest named options, starting with Nexus Security Serviceses Ltd and then the Sensormatic systems documented for UK retail.
1. Nexus Security Serviceses Ltd
Nexus Security Serviceses Ltd is best for UK retailers that want EAS planning backed by trained security staff and wider loss prevention support. We look at the shop floor, the exit route and the daily response process before recommending equipment.
An EAS gate can raise an alarm, but staff still need a clear way to respond. Nexus Security Serviceses Ltd combines security technology with services such as surveillance, theft prevention and site support. That matters when an alarm sounds during a busy period, when a customer needs help, or when a manager needs to review repeated incidents.
Our retail security services can sit alongside electronic detection equipment. The aim is to give the store a joined-up response rather than leave a pedestal to work alone.
There is a limit. Nexus Security Serviceses Ltd is a security services provider, not a manufacturer of every EAS pedestal listed below. Retailers should still confirm the exact hardware, tag format, detection span and installation plan before purchase.
For a store that needs equipment plus people, procedures and ongoing oversight, this is the most useful starting point.
2. Sensormatic Synergy 2.5 Acrylic Pedestal
The Sensormatic Synergy 2.5 Acrylic Pedestal is best for wide or multiple exits where a longer detection span is the main need. It uses Acousto-Magnetic, or AM, technology and has coverage of up to 2.5 metres.
That 2.5 metre figure is important because many retailers assume Radio Frequency, or RF, is the only sensible choice for a wide doorway. This AM pedestal reaches the longest stated span in the set of products examined.
This Synergy model has integration capabilities for video surveillance and Shrink Analyzer analytics.
The caveat is simple. A stated maximum span is not the same as a guaranteed result in every shop. Metal fixtures, power layout, tag placement and the distance between gates must be checked during a site survey.
3. Synergy Self-Contained 2.5 ABS Pedestal
The Synergy Self-Contained 2.5 ABS Pedestal suits wide or multiple exits where a self-contained AM design fits the shop plan. Its documented detection performance reaches up to 2.5 metres.
The ABS construction gives the model a different physical format from the acrylic pedestal. That may matter where the entrance needs a less glass-like finish or where the design must cope with a harder-working sales floor.
Like the other 2.5 metre Synergy option, this model is associated in the product data with video surveillance and Shrink Analyzer analytics. Retailers should ask which integrations are included in the chosen configuration, rather than assume every pedestal has the same connection built in.
Choose this option when the exit span is the first constraint. If the entrance is narrower, a lower-cost or smaller-footprint arrangement may make more sense.
4. Door-Max
Door-Max is best for exits up to 1.8 metres wide. It uses AM technology and has a documented detection span of up to 1.8 metres.
This is a more focused choice than the 2.5 metre Synergy models. A retailer with one standard doorway may not need the extra coverage. Matching the system to the actual opening can also make the installation easier to plan.
Before fitting the antennas, measure the clear route shoppers use. Do not measure only the frame. Trolleys, display stands and queue barriers can change the usable passage and may affect where the pedestals need to sit.
Door-Max is worth shortlisting when the entrance falls within its stated width. It is less suited to a broad, open exit that needs coverage beyond 1.8 metres.
5. Ultra•Lane Pedestal
The Ultra•Lane Pedestal is aimed at protection between pedestals across exits up to 1.8 metres.
Staff still need a response policy. A loud alarm without trained staff can lead to missed events, poor customer handling or repeated false alarms.
Installation needs care. The two sides must face the correct route, the gap must stay within the stated limit and sensitivity should be checked with a test tag. Staff should know what a genuine alarm sounds like before the store opens.
This model fits a conventional lane well. It is less suited to a very open entrance where shoppers can pass around the protected gap.
6. Sensormatic Synergy 9.6m Concealed Floor System
The Sensormatic Synergy 9.6m Concealed Floor System is best for wide exits or stores that need an open architectural look. It uses AM technology and hides the detection hardware below the floor rather than relying on prominent upright pedestals.
A concealed layout may suit a flagship entrance where visible gates would affect the design. It can also help preserve a broad walking route. The trade-off is the installation work. Floor access, cable paths and future repairs need to be planned before the shop is fitted out.
Retailers should ask how the system will be tested after flooring is laid. They should also confirm how a failed component will be reached without causing major disruption to trading.
This is a design-led option. It makes most sense when the entrance appearance and open route matter as much as detection coverage.
7. Sensormatic 2.0m Acrylic RF Pedestal
The Sensormatic 2.0m Acrylic RF Pedestal is best for wide exits where Radio Frequency technology suits the retailer’s tag strategy. Its documented pedestal spacing reaches up to 2.0 metres.
The two listed RF pedestals reach 2.0 metres, while the two 2.5 metre Synergy AM pedestals reach farther.
That does not make AM right for every store. Tag supply, product type, checkout equipment and existing hardware can affect the decision. The retailer should compare the full tag and deactivation workflow, not just the headline distance.
The acrylic format may suit a store that wants a visible but relatively light-looking entrance unit. Confirm the exact spacing during the site survey.
8. Sensormatic 2.0m Open Frame RF Pedestal
The Sensormatic 2.0m Open Frame RF Pedestal is another RF option for wide exits, with documented spacing of up to 2.0 metres.
The open frame design gives the retailer a different visual form from the acrylic version. The key operational question is still the same: will the chosen tag work reliably in the products and positions used by the shop?
Electronic article surveillance systems need more than a gate at the door. Hard tags usually suit products such as clothing or bags, while soft labels suit smaller goods. At checkout, hard tags are removed with a detacher and soft labels are deactivated. That handoff must be tested with real stock.
RF may be a sensible fit where the retailer already has an RF tagging process. A new installation should not assume compatibility without written confirmation.
9. Sensormatic Synergy 8.6m Concealed Floor System
The Sensormatic Synergy 8.6m Concealed Floor System is best for wide retail environments that need AM detection with minimal visible hardware.
Concealed floor systems can support an open entrance, but they demand good early planning. The installer needs a clear route for power and signal connections. The retailer also needs a maintenance plan that covers testing, fault reporting and access to hidden parts.
Ask for a drawing that shows the protected zone, the alarm point and the service access route. This is especially important when the store is being refurbished or when several entrances sit close together.
It is a strong candidate for a new fit-out. It may be less attractive for a trading shop where floor work would cause long disruption.
10. AMS9060 Controller and Support Devices
The AMS9060 Controller is best for retailers that need extra control functions around an AM installation. Its documented integration points include metal-foil detection and a paging system relay.
Two other named devices fill different support roles. The Integrated EAS Traffic Counter brings traffic data into pedestals. The Wireless Device Manager handles data aggregation and device synchronisation.
The listed functions were mainly attached to controllers, counters and management devices rather than the main detection pedestals.
So the cost and work may sit outside the gate itself. Ask for a full system diagram that names each controller, relay, network link and software connection. A retailer should know what happens when the network drops or a device stops reporting.
How to choose an EAS system
Start with the exit, not the brand name. Measure the clear opening and note how customers actually leave. Then check the products that need protection, since a clothing tag workflow may differ from a small-item label workflow.
- Coverage: compare the stated detection span with the real passage width.
- Technology: assess AM, RF or RFID needs against the current tag process.
- Checkout: confirm that staff can remove hard tags or deactivate soft labels correctly.
- Integration: ask whether CCTV, traffic data or cloud reporting needs extra hardware.
- Installation: plan power, polarity, floor access and sensitivity testing.
- Response: set a safe process for alarm checks and customer contact.
The system should be tested at opening and after changes to fixtures or the checkout area. Staff training matters too. Our shoplifting prevention guidance covers the wider mix of layout, staff action and security controls that sits around EAS.
For CCTV links, remember that camera footage can involve personal data.
FAQ
What are electronic article surveillance systems?
Electronic article surveillance systems use tags, detection equipment and checkout controls to deter unauthorised stock removal. A tag remains active until staff remove or deactivate it. If it passes the detection zone while active, the system can trigger an alarm. The main parts are tags, antennas or sensors, plus a detacher or deactivator.
Is AM better than RF for wide shop exits?
AM can be better for a wide exit when the required detection span matches the product specification. In the Sensormatic set reviewed here, the longest stated span was up to 2.5 metres for two AM Synergy pedestals. The listed RF models reached up to 2.0 metres. Store layout and tag supply still decide the final choice.
Do EAS gates work with CCTV?
EAS gates can work alongside CCTV, but the connection may need separate hardware or software. Ask for a system diagram before assuming the pedestal includes every connection.
How are EAS tags removed or deactivated?
Hard EAS tags are normally removed at checkout with a detacher. Soft labels are usually deactivated so they no longer trigger the exit alarm. Staff need to follow the correct process for each tag type. A missed deactivation can create a false alarm and an avoidable customer complaint.
How often should an EAS system be tested?
EAS equipment should be tested at set intervals and after changes to the shop floor. Staff can use approved test tags to check the alarm zone, while an installer or service team can check wiring, sensitivity and device health. Keep a record of failed tests, repairs and training so managers can spot repeat faults.
For most UK retailers, the best choice is the system that matches the exit and the daily staff workflow, not the one with the longest brochure claim. Start with a site review through Nexus Security Serviceses Ltd, then request a written plan covering hardware, tags, installation, response training and ongoing checks. For wider alarm planning, our business alarm systems buyer’s guide can help you compare the wider security setup.
If the premises also manages controlled visitors, the same planning should cover entry records and staff response. A visitor management system can sit beside retail security controls where customer, contractor and delivery traffic needs clearer oversight. For sites holding stock during a vacancy or refurbishment, review the risks covered in our advice on securing vacant UK properties.
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