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Magnetic Wheel
Features of Magnetic Wheels

Magnetic wheels enable wall-climbing robots to move flexibly on steel surfaces such as ships, oil storage tanks and pipelines, performing a series of cleaning and maintenance tasks. They can accurately control force and angle to efficiently remove rust from surfaces and improve work efficiency. In the painting process, the robot can precisely control the distribution of paint mist to ensure a uniform and beautiful finish.

Round Magnetic Wheels

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Selection Guide:
Material: Cr136 + NdFeB

Model Outer Diameter (D) d L Approx. Weight (KG) Vertical Adsorption Force (KG)
MWD25 25 8 16 0.054 5.5
MWD32 32 10 18 0.1 8
MWD40 40 12 20 0.2 12
MWD50 50 16 25 0.35 20
MWD63 63 20 32 0.7 33
MWD80(A) 80 10/12 25 1 20-25
MWD90(A) 90 12/15 30 1.4 30-35
MWD100(A) 100 35 *75 2 2.3* 40-45
MWD120(A) 120 20/22 50 *110 3.5 3.8* 50-55
MWD150(A) 150 25/30 60 *110 6.5 7.5* 80-85
MWD180(A) 180 28/34 65 *115 8.5 10* 120-130

Note: Rubber wheels are optional for magnetic wheels. * indicates the width and weight after installing rubber wheels. Other specifications are customizable. Wall-climbing robots equipped with magnetic wheels replace traditional manual operation, ensuring life safety while completing tasks efficiently. Widely used in deep diving, high altitude and other working environments.

Arc Magnetic Wheels

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Pull Force at Different Steel Plate Gaps (KG) Unit: mm

Model R L W H W1 H1 R1 M W2 L1 0mm 3mm 5mm Weight (KG)
MWR5040 50 40 76 36.5 42 12.5 26 M4 64 18 49 23 15 0.55
MWR5060 50 60 76 36.5 42 12.5 26 M4 64 38 82 40 26 0.83
MWR8040 80 40 115 51 76 20 49 M5 102 18 73 40 30 1.1
MWR8060 80 60 115 51 76 20 49 M5 102 38 125 73 54 1.15
MWR10040 100 40 152 62 100 26 64 M5 138 18 85 48 34 1.68
MWR10060 100 60 152 62 100 26 64 M5 138 38 150 90 65 1.75
MWR12040 120 40 172 70 120 30 80 M5 158 18 100 60 42 2.55
MWR12060 120 60 172 70 120 30 80 M5 158 38 175 110 80 3.28
MWR15040 150 40 200 77 142 31 104 M6 186 18 120 75 56 2.95
MWR15060 150 60 200 77 142 31 104 M6 186 38 210 135 105 4.25
Main Applications
  • Applications in Harsh & Dangerous Environments

    The research and application of magnetic wheels ensure the safety of workers in hazardous environments such as nuclear power plants, chemical facilities or mines, which pose significant risks to human operators. Robots equipped with magnetic wheels can enter these dangerous areas for inspection, maintenance or hazardous material handling, minimizing risks to human life. By replacing humans in dangerous tasks, robots with magnetic wheels help prevent accidents, reduce injuries and ensure a safer working environment.

  • Applications in Space Exploration

    Magnetic wheels have brought a paradigm shift in space exploration. With the ability to traverse 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 perform critical maintenance under harsh outer-space conditions. Magnetic wheels open new possibilities for space exploration, enabling scientists and engineers to unlock the mysteries of the universe.

  • Applications in Search & Rescue Operations

    In times of crisis and disaster, magnetic wheels serve as powerful tools for search and rescue. Especially in disaster areas with unstable or dangerous terrain, robots equipped with magnetic wheels can navigate debris, rubble and collapsed buildings with remarkable agility. These tireless machines play a vital role in locating survivors, delivering critical aid and ensuring effective rescue operations. By braving challenging environments, they bring a ray of hope in the darkest times.