Electronics Factory Full-Height Turnstile Application Case Study
Project Background
A large electronics manufacturing company has extremely high requirements for production safety and personnel management. The factory area involves core production lines, important equipment, and technical documents, necessitating strict control over personnel access. The existing access control system was inadequate in preventing tailgating, proxy access, and managing peak hours, failing to meet the electronics factory's high-security access control needs.
Customer Needs
High-Security Access Control: Effectively prevent tailgating, climbing over, and proxy access, ensuring "one person, one pass."
Standardized Personnel Management: Accurately distinguish between employees, visitors, and outsourced personnel, restricting unauthorized personnel from entering production areas.
Good User Experience: Ensure smooth employee access and ease of operation while maintaining security.
Solution
A full-height turnstile system was deployed at the main entrance of the electronics factory, linked to the employee ID card and visitor management system, enabling access after identity verification and ensuring orderly personnel entry and exit. The full-height turnstile's enclosed structure and strong anti-climbing capabilities meet the factory's high-security protection requirements.
Usage Results
Significantly Enhanced Security: Effectively prevents tailgating and unauthorized entry, resulting in more stringent management of factory entrances and exits.
Noticeably Improved Traffic Flow: Employees swipe their cards in sequence for entry, maintaining stable operation even during peak hours.
Excellent User Experience: Simple and intuitive operation, quick adaptation by employees, and safe and smooth passage.
Project Summary
The application of full-height turnstiles has established a high-standard security barrier for the electronics factory's entrances and exits. While ensuring factory safety, it also considers traffic efficiency and user experience, gaining high recognition from the client and providing a reliable practical case for the safety management of electronics manufacturing enterprises.
Electronics Factory Full-Height Turnstile Application Case Study
Project Background
A large electronics manufacturing company has extremely high requirements for production safety and personnel management. The factory area involves core production lines, important equipment, and technical documents, necessitating strict control over personnel access. The existing access control system was inadequate in preventing tailgating, proxy access, and managing peak hours, failing to meet the electronics factory's high-security access control needs.
Customer Needs
High-Security Access Control: Effectively prevent tailgating, climbing over, and proxy access, ensuring "one person, one pass."
Standardized Personnel Management: Accurately distinguish between employees, visitors, and outsourced personnel, restricting unauthorized personnel from entering production areas.
Good User Experience: Ensure smooth employee access and ease of operation while maintaining security.
Solution
A full-height turnstile system was deployed at the main entrance of the electronics factory, linked to the employee ID card and visitor management system, enabling access after identity verification and ensuring orderly personnel entry and exit. The full-height turnstile's enclosed structure and strong anti-climbing capabilities meet the factory's high-security protection requirements.
Usage Results
Significantly Enhanced Security: Effectively prevents tailgating and unauthorized entry, resulting in more stringent management of factory entrances and exits.
Noticeably Improved Traffic Flow: Employees swipe their cards in sequence for entry, maintaining stable operation even during peak hours.
Excellent User Experience: Simple and intuitive operation, quick adaptation by employees, and safe and smooth passage.
Project Summary
The application of full-height turnstiles has established a high-standard security barrier for the electronics factory's entrances and exits. While ensuring factory safety, it also considers traffic efficiency and user experience, gaining high recognition from the client and providing a reliable practical case for the safety management of electronics manufacturing enterprises.