Efficient pedestrian movement is critical in high-traffic facilities. The face recognition swing gate turnstile with six pairs of sensors ensures secure and rapid access, optimizing traffic flow without compromising security.
30 persons per minute: Handles peak traffic efficiently.
Smooth motor operation: Brushless motor ensures quiet, reliable movement.
Reduced congestion: Prevents bottlenecks at entrances and exits.
Infrared sensors manage traffic by:
Detecting multiple individuals: Prevent tailgating.
Monitoring pedestrian movement: Ensure safe entry.
Adjusting operation speed: Maintain optimal flow during rush hours.
Automated recognition: Reduces delays for authorized personnel.
Multi-lane setups: Combine multiple turnstiles for large entrances.
Instant entry verification: Face recognition speeds up access while maintaining security.
Airports and metro stations: Smooth passenger flow during peak hours.
Corporate campuses: Efficient access for employees and visitors.
Educational institutions: Fast entry for students while maintaining security.
Optimized pedestrian flow results in:
Higher productivity: Staff spend less time managing entrances.
Improved customer satisfaction: Visitors experience faster entry.
Reduced operational costs: Less need for manual supervision.
The swing gate turnstile combines security with efficient pedestrian management, ensuring high-throughput, safety, and smooth access for B2B environments.
Energy efficiency is increasingly critical in facility management. The swing gate turnstile with brushless motor combines performance with low power consumption, reducing costs and environmental impact.
Low energy consumption: Operates efficiently 24/7.
Minimal friction: Reduces wear and heat generation.
Quiet operation: Enhances user experience.
Sensors prevent unnecessary movement: Only actuate when authorized personnel approach.
Smart scheduling: Can be programmed to conserve energy during off-peak hours.
Reduced electricity bills: Low energy usage per unit.
Less maintenance cost: Efficient operation extends motor life.
Sustainable investment: Aligns with corporate ESG initiatives.
Commercial offices: Long-term energy savings in high-use areas.
Educational campuses: Minimized operational costs across multiple turnstiles.
Transport hubs: Reduce energy consumption in large facilities.
Energy-efficient turnstiles provide both operational savings and environmental benefits, making them ideal for modern B2B facilities seeking sustainable access control.
Efficient pedestrian movement is critical in high-traffic facilities. The face recognition swing gate turnstile with six pairs of sensors ensures secure and rapid access, optimizing traffic flow without compromising security.
30 persons per minute: Handles peak traffic efficiently.
Smooth motor operation: Brushless motor ensures quiet, reliable movement.
Reduced congestion: Prevents bottlenecks at entrances and exits.
Infrared sensors manage traffic by:
Detecting multiple individuals: Prevent tailgating.
Monitoring pedestrian movement: Ensure safe entry.
Adjusting operation speed: Maintain optimal flow during rush hours.
Automated recognition: Reduces delays for authorized personnel.
Multi-lane setups: Combine multiple turnstiles for large entrances.
Instant entry verification: Face recognition speeds up access while maintaining security.
Airports and metro stations: Smooth passenger flow during peak hours.
Corporate campuses: Efficient access for employees and visitors.
Educational institutions: Fast entry for students while maintaining security.
Optimized pedestrian flow results in:
Higher productivity: Staff spend less time managing entrances.
Improved customer satisfaction: Visitors experience faster entry.
Reduced operational costs: Less need for manual supervision.
The swing gate turnstile combines security with efficient pedestrian management, ensuring high-throughput, safety, and smooth access for B2B environments.
Energy efficiency is increasingly critical in facility management. The swing gate turnstile with brushless motor combines performance with low power consumption, reducing costs and environmental impact.
Low energy consumption: Operates efficiently 24/7.
Minimal friction: Reduces wear and heat generation.
Quiet operation: Enhances user experience.
Sensors prevent unnecessary movement: Only actuate when authorized personnel approach.
Smart scheduling: Can be programmed to conserve energy during off-peak hours.
Reduced electricity bills: Low energy usage per unit.
Less maintenance cost: Efficient operation extends motor life.
Sustainable investment: Aligns with corporate ESG initiatives.
Commercial offices: Long-term energy savings in high-use areas.
Educational campuses: Minimized operational costs across multiple turnstiles.
Transport hubs: Reduce energy consumption in large facilities.
Energy-efficient turnstiles provide both operational savings and environmental benefits, making them ideal for modern B2B facilities seeking sustainable access control.
