With 13 years of dedicated experience in the access control industry, Shenzhen Gater stands as a leading manufacturer of high-quality passage gates. Specializing in designing and producing a comprehensive range of access control solutions, we are committed to delivering innovative, reliable, and customizable products to clients worldwide. 

Our extensive product lineup includes various types of passage gates, such as three-roller gates, swing gates, wing gates, speed gates, sliding gates, and full-height turnstiles. Each product is meticulously engineered to meet the demands of different applications – from high-traffic public venues like airports, train stations, and shopping malls to secure environments such as corporate offices, schools, and residential communities. Our gates ensure efficient pedestrian management while integrating seamlessly with security and access control systems. 

At the core of our success is a team of skilled engineers and dedicated professionals. Our structural engineers leverage deep industry knowledge and practical experience to design robust, durable gate structures that withstand rigorous usage. Technical engineers focus on research and development, continuously incorporating cutting-edge technologies and innovative processes to enhance product performance and intelligence. Quality control engineers enforce strict standards at every production stage, from raw material sourcing to final inspection, ensuring compliance with international quality benchmarks. Our responsive after-sales team provides timely support and maintenance services, ensuring long-term customer satisfaction. 

Equipped with a full suite of state-of-the-art production facilities, our factory integrates processes including laser cutting, sheet metal bending, welding, grinding, electroplating, and powder coating. Laser cutting ensures precise component machining for accurate dimensions and sleek finishes, while sheet metal bending forms materials into complex shapes required for innovative designs. Welding techniques guarantee strong structural integrity, and grinding processes refine surfaces to perfection. Electroplating and powder coating not only enhance aesthetic appeal but also provide superior corrosion and wear resistance, extending product lifespan. 

Understanding that each project has unique requirements, we offer flexible customization solutions, including size adjustment, functional enhancements, and full OEM/ODM services. Whether clients need gates tailored to specific spatial dimensions or require integrated features like facial recognition, fingerprint scanning, or QR code readers, our team collaborates closely to transform ideas into reality. For OEM/ODM partners, we provide end-to-end services covering design, production, and packaging, supporting brand-building and market expansion. 

With a strong focus on quality and customer-centricity, our products have reached over 80 countries across the globe. Trusted by clients in diverse markets, we have established a reputation for delivering cost-effective, high-performance access control solutions. Committed to continuous improvement, we strive to exceed expectations through technological innovation, operational excellence, and reliable service.​

Shenzhen Gater invites partners and clients worldwide to experience our expertise in access control solutions. Let us work together to create secure, efficient, and intelligent passage systems for a connected future.

Before any product leaves our facility, it undergoes a stringent aging test process to ensure long-term reliability and performance consistency. Our aging tests simulate real-world operational scenarios, including prolonged usage, extreme environmental conditions, and sustained load pressures, to validate each gate's durability and stability. 

First Layer - Surface Protection: A high-density plastic film is carefully applied to the product surface, forming a transparent barrier that shields against scratches, dust, and minor abrasions during handling. This layer preserves the aesthetic finish and functional integrity of critical components.