Compact and powerful suction, brave to venture into dangerous environments! This magnetic wall-climbing cleaning robot can also be customized exclusively!
In scenarios such as industrial equipment maintenance, curtain wall cleaning, and storage tank inspection, "vertical operations at heights" have always been a challenge - traditional manual cleaning is inefficient and risky, while ordinary robots either have bulky designs that are difficult to be flexible or lack sufficient suction power and are prone to falling. Today, we are bringing you a "solution to the pain points of vertical operations" - a small magnetic climbing and tracking cleaning robot. With its "small size", it unleashes "great power", making vertical surface operations safer and more efficient!
Highlight 1: Compact size + flexible tracks, able to easily navigate through narrow gaps and corners
The most obvious advantage of this robot is its "compact and flexible" design: The entire machine measures only 390mm × 342mm × 100mm, equivalent to the size of a small storage box. It can easily navigate through narrow gaps between equipment and pipelines, as well as the curved surfaces inside storage tanks, eliminating the worry of "large machines not being able to enter and small corners not being cleanable".
With a crawler-type mobile design, its turning radius is smaller, enabling it to perform flexible turns on vertical surfaces. Even for "difficult-to-clean areas" such as the joint seams of curtain wall glass or the flange interfaces of industrial storage tanks, it can precisely cover and clean without any blind spots. For scenarios that require frequent inspections or precise cleaning, this "flexibility" directly boosts the operation efficiency by over 50%!
Highlight 2: Permanent magnet neodymium iron boron tracks, with an extremely stable suction force as "a gecko clinging to a wall"
"Is the suction force sufficient?" This is the core key point of the magnetic climbing robot - our robot directly integrates "suction force guarantee" into the design of the tracks: The tracks are made of permanent magnet neodymium iron boron, which is one of the strongest magnetic materials currently available, capable of firmly adhering to ferromagnetic surfaces such as stainless steel and carbon steel. Even on a smooth steel plate at a 90° angle, there will be no risk of slipping, ensuring maximum safety for high-altitude operations.
Whether it is static adsorption for waiting tasks, or dynamic movement for cleaning, the uniform magnetic force of the tracks can ensure that the robot stays firmly attached to the wall, even if there are slight vibrations during the operation.