Flap Barrier Gates by Novus Automation Pvt. Ltd. are engineered to manage pedestrian access in high-traffic areas. These systems combine elegant design with robust technology, ensuring smooth, quick, and safe passage for authorized individuals. Perfect for corporate offices, educational institutes, transport terminals, and public buildings.
Key Features
Designed to deliver reliable and efficient access control in every environment.
Fast & Smooth Operation
High-speed retractable flaps ensure quick and safe pedestrian movement.
Durable Build Quality
Stainless steel construction ensures longevity and minimal maintenance.
Compact & Modern Design
Sleek profile fits into modern interiors without compromising functionality.
Low Noise Operation
Quiet mechanism ideal for offices, libraries, and indoor environments.
Flap Barrier Gate Series
Choose from our Value, Premium, and Ultra Premium Series — built for different access control needs.
Value Series
Reliable and cost-effective flap barriers for low to medium traffic environments like offices and institutions.
Indian manufacturer of high-performance pedestrian access control systems.
Installed across metros, offices, airports, and commercial complexes.
ISO-aligned manufacturing and strict quality assurance processes.
Seamless integration with biometric, RFID, and ticketing systems.
End-to-end support from consultation to installation and AMC.
Frequently Asked Questions
A flap barrier is an automatic pedestrian access control system that uses retractable panels to manage secure entry and exit in offices, metros, malls, and public facilities. It verifies user credentials through RFID, biometrics, or QR codes and allows only authorized individuals to pass.
Flap barriers are used to control pedestrian movement, prevent unauthorized access, and improve security in commercial, corporate, and public spaces. They are widely deployed in metro stations, IT parks, hospitals, airports, and office buildings across India.
Flap barriers offer fast access, high security, low maintenance, and seamless integration with access control systems including RFID readers, biometric scanners, QR code systems, and face recognition devices. Their stainless steel construction ensures long service life with minimal upkeep.
A flap barrier verifies user credentials via RFID cards, biometric devices, QR codes, or face recognition and allows only authorized users to pass. After each authorized entry, the flaps automatically retract and close to prevent tailgating or unauthorized access.
Flap barriers can be installed in corporate offices, metro stations, airports, IT parks, hospitals, educational institutes, shopping malls, and commercial buildings where high-volume pedestrian access control is required.
The price of a flap barrier gate in India depends on the model, series (Value, Premium, or Ultra Premium), features, customization, and installation requirements. Contact Novus Automation at sales@novusapl.com or +91-7290044421 for a detailed quotation tailored to your project.
Yes, flap barriers can integrate with RFID readers, biometric systems, attendance software, visitor management systems, QR code readers, face recognition devices, and security platforms for fully automated pedestrian access management.
Yes, flap barriers are equipped with infrared safety sensors and anti-tailgating features to ensure smooth, safe, and secure passage. The sensors detect any obstruction and prevent the flaps from closing on a person, making them safe for all users.
Routine maintenance for flap barriers includes sensor cleaning, inspection of mechanical flap panels, motor performance checks, lubrication of moving parts, and software diagnostics. Novus Automation provides Annual Maintenance Contracts (AMC) to ensure uninterrupted performance.
Choosing the right flap barrier depends on traffic volume, security requirements, integration needs, lane width, and budget. Novus Automation experts can evaluate your site and recommend the best solution from our Value, Premium, or Ultra Premium series. Contact us for a free consultation.
