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In the special mobile medical space of an ambulance, every inch of the design carries the mission of saving lives.

From a safety perspective, oxidation treatment indirectly improves safety by enhancing the anti-slip properties of the ladder surface.

The lightweight design of the medical rescue aluminum alloy stretcher platform is a model of precise alignment between material properties, structural intelligence, and clinical needs.

In emergency medical rescue systems, every detail is crucial to life. As a key component of ambulances, windows are not only channels for lighting and ventilation but also vital interfaces for isolation, protection, and functional coordination.

Aluminum alloy water tanks are highly susceptible to weld cracking and fatigue failure, severely impacting system reliability and service life. Comprehensive measures focusing on material selection, structural design, welding processes, and post-processin

Ergonomic design also plays an important role in improving the stability of aluminum alloy medical ambulance.