AirFloa Rail Technology Signs MOU with Janatics Industrial Automation for Automatic Door Systems
AirFloa Rail Technology has signed a Memorandum of Understanding with Janatics Industrial Automation for developing automatic door systems for EMU and Vande Bharat trains. This strategic partnership aims to enhance railway technology capabilities and contribute to India's modern rail infrastructure development through indigenous technology solutions.

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AirFloa Rail Technology has announced a strategic partnership with Janatics Industrial Automation through a Memorandum of Understanding (MOU) focused on automatic door systems for railway applications. The collaboration aims to develop advanced door systems specifically designed for Electric Multiple Unit (EMU) and Vande Bharat trains.
Partnership Details
The MOU establishes a formal framework for cooperation between AirFloa Rail Technology and Janatics Industrial Automation in the railway technology sector. The partnership leverages the expertise of both companies to create innovative solutions for India's modern train fleet.
| Partnership Aspect: | Details |
|---|---|
| Companies: | AirFloa Rail Technology & Janatics Industrial Automation |
| Agreement Type: | Memorandum of Understanding (MOU) |
| Focus Area: | Automatic Door Systems |
| Target Applications: | EMU and Vande Bharat Trains |
Technology Focus
The collaboration centers on developing automatic door systems, which are critical components for modern railway operations. These systems are essential for the safe and efficient operation of EMU trains and India's flagship Vande Bharat express services.
Strategic Significance
This partnership represents a significant development in India's railway technology landscape. The collaboration between AirFloa Rail Technology and Janatics Industrial Automation demonstrates the growing focus on indigenous technology development for the country's expanding railway infrastructure. The automatic door systems will contribute to enhancing passenger safety and operational efficiency in modern train operations.

































