Centurion NexGate

NexGate is a prestige entrance control solution that divides corporate offices and other spaces securely without the clearance a traditional swing barrier requires. Its sleek aesthetic partners stylish sliding glass panels with a slim pedestal design.

NexGate’s panels retract back into its cabinet, instead of swinging outward and taking up surrounding floor space, allowing it to sit flush against walls, partitions or open stairwells. This clever design makes it ideal for separating open-plan offices and sectioning off internal areas effectively while taking up the minimum of space.

Beautiful engineering, a streamlined pedestal footprint and 8mm toughened glass wings combine to welcome entrants elegantly, while optional climb-over detection takes security to the next level.

Compact, self-contained design
No swing arc is required – NexGate’s retractable panels recess directly into the cabinet, allowing installation close to walls, partitions or open stairwells.

DDA-compliant
A 900mm-wide lane accommodates wheelchair users alongside pedestrian traffic.

Superior detection and safety
Three infrared sensors continuously monitor and track movement through the gate, closing the panels safely only once a person has passed through.

Tailored to fit
Customisation options include bespoke panel colours, finishes and branding to perfectly complement the desired corporate aesthetic.

Direction control
A radar detector can be activated to sense the direction of approach and only permit one-way thoroughfare.

Dependable performance
Quality construction and self-maintaining panel rails deliver consistent, reliable performance – minimising the need for ongoing maintenance.

Innovative technology
NexGate integrates easily with third-party access control systems and supports RFID, mobile access and QR code technology, allowing it to synchronise smoothly with existing security infrastructure.

Optional extras
Wing lights and separate LED navigation lighting are available to enhance the user experience, as well as climb-over detection for facilities looking to maximise security.