Drone for Curtain Wall Glass Cleaning

Accurate wall pasting without damaging the glass

Adopting close range vision and radar positioning, it can stably approach the curtain wall for operation, and with the help of flexible brush heads, it does not scratch the glass and glue joints.

Strong wind resistance and stability

Specially designed for high-altitude building environments, with smooth hovering and minimal drift, it can still be cleaned normally under strong winds in high-rise buildings.

Clean and delicate without watermarks

High pressure atomization spray+rotating soft brush wiping can remove dust, rain stains, bird droppings, and oil stains, and the glass has high transparency.

Safe and risk-free high-altitude operations

Ground control throughout the entire process, without the need for spider men or hanging baskets, fundamentally avoiding falling accidents.

Continuous and uninterrupted homework

Mostly used for tethered power and water supply, it can operate continuously for a long time and is suitable for large-scale curtain wall projects.

Flexible without blind spots

Can reach areas that are difficult to clean manually, such as corners, waistlines, concave convex shapes, and top edges.

Intelligent obstacle avoidance and protection

Automatically identify window frames, columns, and decorative strips to avoid collision damage to curtain walls and equipment.

Water conservation, environmental protection, and low disturbance to residents

High pressure water outlet is more water-saving, and some models come with anti drip design, which has less impact on pedestrians and merchants downstairs.

High efficiency and fast construction

It can be operated by a single person without the need for scaffolding or fences, and the construction period is much shorter than traditional manual cleaning.

Suitable for various curtain wall materials

Can be used for exterior facades such as glass, stone, aluminum plates, ceramic sheets, etc., with strong versatility.

Solving the problems of glass curtain walls being too high to clean easily, cleaning workers facing high-risk operations when cleaning manually, and insufficient cleaning force from previous spraying methods.