Omnidirectional Mobile Equipment with Mecanum Wheels is based on the specially structured Mecanum wheels as well as the velocity vector synthesis technology. By precisely controlling the rotary speed and direction for various wheels, the mobile platform could realize movement in any directions and turnings, without the steering system on conventional vehicles. Such characteristics bring it huge strength when compared with conventional transport systems. When operating on narrow sites, it has zero turning radius and travels freely; when docking is needed, it could move omni-directionally thus increases efficiency; when working under high precision demands, it could make slight and precise adjustment to its position.

Air cushion floating transport platform is a newly developed transport vehicle for heavy loads. By ompressing air into the air cushions set up at the boom of the platform and then keeping the air leaked out of the air cushions, a very thin air layer is formed between the air cushions and the ground, therefore the platform and the cargo are both “floating” on the ground. The friction between the air cushions and the ground is so tiny that the vehicle designed for carry several hundred tons could travel omni-direconally at a very small driving force.

Mobile Hospital is an emergency medical system used in public health emergencies or major disasters, It can also be used as a highly-efficient and convenient medical care platform to provide rescue and mobile treatment services in remote areas. The mobile hospital also can be used as a supplement to the medical system in general time.

Our business scope includes many RF microwave synthetic instrument products.

Remote Iris Recognition and Body Temperature Measurement System provides iris identity authentication and thermal imaging body temperature detection, which accurately measures human body temperature and is able to identify personnel from distance, even when masks and glasses (goggles) are worn. It can effectively reduce the risk of contagion due to its non-contact process.

Face recognition is a kind of biometric recognition technology based on human face feature information. A series of related technologies are used to collect images or video streams containing human faces with cameras or cameras, and automatically detect and track faces in the images, and then recognize the detected faces.

The shelter ＂low altitude guard＂ can complete a variety of tasks, such as border UAV prevention and control, urban UAV interception, etc.

It includes vehicle mounted, UAV to UAV and portable.