
Turn over gate








The courtyard gate plays two important roles by protecting your property while displaying its personality through its unique character. Facade gates unite practical value and attractive design elements so they serve all kinds of residences and businesses and industrial sites. The role of courtyard gates extends from their primary protective duty to their essential role in creating the façade of entrances and architectural unity with external facilities.
The manufacturing industry of modern courtyard gates experiences substantial progress due to technology integration and material development. Modern gate designs address three main capabilities which involve intelligent automation systems and extended product lifespan along with ecological sustainability. Manufacturers use innovative IoT features plus solar-powered designs alongside lightweight strong materials to advance courtyard gates and create devices that lead the way toward higher efficiency while remaining environmentally conscious.

- Smart Automation allows gates to connect to IoT networks for remote control and monitoring systems.
- The company selects aluminum and galvanized steel as eco-friendly materials for their production.
- Solar-powered gates serve two functions reducing energy usage while maintaining operational efficiency.
- Enhanced Security: Integration of biometric and camera-based access control systems.
Additionally, remote control functions operate as the entry and exit method. àiD cards or proximity cards serve as vehicle identification devices. Keypad entry for PIN-based access. Vehicles automatically get identified through license plate recognition (LPR) technology. The system enables users to monitor and control mobile applications accessed remotely.
Turnover gates serve both residential and commercial properties by offering secure space-efficient access to driveways and gated sites. Turnover gates work best for spaces with limited area because they enable secure access control to parking lots as well as private roads and industrial sites.