Magnetic Wheels Customized With Rubber For Crawler

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Description

Reviews

Specifications

NO.	D (mm)	d (mm)	W (mm)	b (mm)	h (mm)	Force (N)	Temperature (°C)	Weight (kgs)
FZW25	25	8	16	3	8.6	55	100	0.054
FZW32	32	10	18	4	11.1	80	100	0.10
FZW40	40	12	20	4	13.1	120	100	0.20
FZW50	50	16	25	5	17.3	200	100	0.35
FZW63	63	20	32	6	21.7	330	100	0.70
FZW80	80	25	40	8	26.7	630	100	1.45
FZW100	100	30	50	8	31.7	900	100	2.80
FZW125	125	40	62	12	42.1	1520	100	5.35
FZW160	160	50	80	14	52.6	2940	100	11.40

Magnetic Wheel

Magnetic wall climbing robots have been proposed in many industrial applications where robots must move over ferromagnetic material surfaces. The magnetic circuit design with magnetic attractive force calculation of permanent magnetic wheel plays an important role which significantly affects the system reliability, payload ability and power consumption of the robot. This wall climbing robot with four permanent magnetic wheels is proposed to climb along the vertical wall and overhead ceiling of steel cargo containers as part of an illegal contraband inspection system. The permanent magnetic wheels are designed to apply to the wall and ceiling climbing robot.

Application

In Hazardous Environments

One of the most invaluable aspects of magnetic wheels is their contribution to ensuring worker safety in hazardous environments. These environments, such as nuclear power plants, chemical facilities, or mines, pose significant risks to human operators. However, robots equipped with magnetic wheels can access these dangerous areas and undertake inspections, repairs, or handle hazardous materials while minimizing the risk to human lives. By replacing humans in these perilous tasks, magnetic wheel-equipped robots help prevent accidents, reduce injuries, and ensure a safer working environment overall.

In Space Exploration

The emergence of magnetic wheels has also brought about a paradigm shift in space exploration missions. With their ability to traverse the metallic surfaces of spacecraft, asteroids, and celestial bodies, robots equipped with magnetic wheels have become indispensable assets for scientific research and exploration. These versatile machines can conduct complex scientific experiments, collect valuable samples, and even perform crucial repairs in the harsh and inhospitable conditions of outer space. Magnetic wheels have unlocked new possibilities for space exploration, enabling scientists and engineers to uncover the mysteries of the cosmos like never before.

In Search and Rescue Operations

In times of crisis, when disaster strikes and lives are at stake, magnetic wheels emerge as powerful tools in search and rescue operations. Particularly in disaster-stricken areas with unstable or treacherous terrain, robots equipped with magnetic wheels can navigate through debris, rubble, and collapsed structures with remarkable agility. These tireless machines play a vital role in locating survivors, providing critical aid, and ensuring efficient rescue operations. By braving challenging environments, magnetic wheel-equipped robots offer a glimmer of hope in the darkest of times.