Strong and long-lasting outside design
The bodies of airport flap fence doors are normally made of 304 or 316 stainless steel, and they are treated with methods like wire drawing and sandblasting to make them resistant to corrosion and wear. They can keep working steadily for a long time, even when used a lot and in tough situations.
Material for the wing that is clear
The wing portions are largely constructed of tempered glass or acrylic, which are strong and clear, making sure that people can safely walk through and fit in with the airport's modern architecture.
Structure in modules
The product has a modular design on the inside, which makes it easier to install, fix, and keep up with on a regular basis. To make sure the airport can grow in the future, different components can be replaced or upgraded as needed.
Humanized appearance design
The clean and elegant look of the streamlined outside the fence gate, along with the embedded design of light strips and indication lights, gives it a high-tech and guiding feel, making it easy for passengers to see how the passage is doing.
Efficient traffic capacity
The traffic speed on a single channel can reach 30 to 60 people per minute, which is more than enough to handle the vast number of people who come and go at the airport during the morning and evening peak hours. The gadget may handle two-way traffic or one-way traffic, depending on the needs of the situation.
Diversified authentication methods
It can work with different techniques for verifying identity, like scanning QR codes, RFID, IC/ID cards, and fingerprints, to make sure that identity verification is quick and correct.
High security protection performance
It has advanced infrared sensors that can tell if people are moving through normally, which stops unlawful actions like tailgating and reversing. The device also features an anti-pinch mechanism to keep passengers safe at the same time.
Emergency response capability
In case of a fire, power loss, or other emergency, the flap fence door can open on its own. This makes it easy for people to get out fast and keeps passengers safe.
Works with little noise
Internally, high-performance servo motors or DC brushless motors are employed to make sure that the airport meets its needs for a quiet and comfortable environment.
Security checkpoint management
Connecting to security inspection tools to create a "verification first, passage later" mode, which makes security inspections faster and lessens the stress of having to do them by hand.
Control of the boarding gate
It can be used with the boarding pass recognition system to make sure that everyone has their own ID card to get in and out, and to stop anyone from boarding by mistake or fraud.
VIP Passage
Give VIP passengers their own private, quick, and seamless channels. This will improve their experience and show how good the airport's service is.
Passage for airport staff
Make sure that passengers and staff are kept apart at all times, that staff members don't mix in with passengers, and that the airport runs smoothly and safely.
Long lifespan and strong adaptability
The equipment is built to last for more than 5 million uses, and it can handle the airport's needs for long-term, high-frequency operation.
Easy to maintain
The modular design makes it easier to swap out key parts like motors and control modules, which saves time and money on maintenance.
Energy-saving and environmental protection
The motor and control system use very little energy, which means they can run at high speeds while keeping costs down over time.
Remote monitoring and management
The network makes it possible to monitor remote status and debug parameters, which makes it easier to operate airports from one place and respond quickly.
Q1: Does the airport flap fence door support integration with existing security systems?
A1: Yes, the device adopts an open interface protocol and can seamlessly integrate with security screening machines, check-in systems, and boarding verification systems.
Q2: Can the traffic speed meet the demand during peak hours?
A2: Absolutely possible. A single channel can achieve efficient passage of 30-60 people per minute, while multiple channels running in parallel can greatly alleviate the pressure of pedestrian flow.
Q3: How will the equipment work in the event of a power outage or fire?
A3: In emergency situations, the flaps will automatically open to ensure that personnel can evacuate quickly and ensure safety.
Q4: Does it support multiple verification methods?
A4: Supports various methods including facial recognition, QR code, boarding pass, RFID, etc., and can be flexibly customized according to airport needs.
Q5: Is equipment maintenance complicated?
A5: Maintenance is very simple, modular design facilitates quick replacement of components, and supports remote monitoring and diagnosis, reducing operation and maintenance costs.