We are thrilled to announce the successful completion of assembly and rigorous testing for our latest movable turnstile, a game-changer in access control solutions. Designed to redefine flexibility and efficiency, this innovative product integrates advanced technology with user-centric design, catering to diverse application scenarios such as events, construction sites, temporary checkpoints, and more.

At the core of the movable turnstile is its chain-driven mobility system, which enables smooth and stable movement across various terrains. Unlike traditional fixed turnstiles, our product eliminates the hassle of permanent installation—its modular design allows for easy disassembly and reassembly, significantly reducing transportation and setup time. Whether you need to relocate the turnstile to a different area or store it when not in use, the process is straightforward and labor-saving.

Remote control functionality is another standout feature. Users can effortlessly operate the turnstile’s opening and closing mechanisms via a dedicated remote controller, ensuring quick access management without manual intervention. This not only enhances operational efficiency but also minimizes contact, aligning with modern hygiene and safety standards.

In terms of construction, the turnstile boasts a robust build with high-quality stainless steel and acrylic panels. The stainless steel frame offers exceptional durability, corrosion resistance, and long-term reliability, making it suitable for both indoor and outdoor use. The acrylic panels, meanwhile, add a sleek, contemporary aesthetic while maintaining transparency for improved visibility and security monitoring.

Powering the turnstile is a high-performance motor that delivers consistent torque and smooth operation. Engineered for low energy consumption and quiet performance, the motor ensures reliable access control even during high-traffic periods, without causing disruptions. Every unit undergoes strict testing procedures, including load capacity tests, durability trials, and remote control responsiveness checks, to guarantee optimal performance and user safety.