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BASIC INFORMATIONS
Diameter(mm) | 280mm |
Roller qty (pcs) | 8 |
Variety of Bearings | 2 |
Qty of Bearings | 32 |
Material of side plates | Auminum Alloy |
Materil of Roller | Casting Polyurethane |
Mount Mode | Keyway or Flange |
Max Load (kgs/set) | 3000kgs |
The conception of a 12-inch (305mm) heavy-duty Mecanum wheel, an intriguing topic indeed! Allow me to delve into the conceptualization of such a wheel.
The conception of a 12-inch (305mm) heavy-duty Mecanum wheel begins with careful design and engineering considerations. The goal is to create a wheel that can withstand significant loads and perform admirably in demanding applications.
During the design phase, engineers consider factors such as material selection, structural integrity, and load-bearing capacity. Heavy-duty Mecanum wheels are typically constructed using durable materials such as steel or high-strength alloys to ensure they can handle substantial weights without compromising performance.
The wheel's size, in this case, the 12-inch (305mm) diameter, is chosen to provide ample ground clearance and stability. This larger diameter allows for smoother movement over uneven surfaces and enhances traction, making it well-suited for challenging terrains or applications that require precise maneuverability.
The concept also involves the arrangement of the Mecanum rollers, which are set at specific angles to enable omnidirectional movement. These rollers work in conjunction with the wheel's design to provide multidirectional mobility, allowing the wheel to move not only forward and backward but also sideways and diagonally.
Once the design concept is finalized, prototypes are created and thoroughly tested to ensure the wheel meets the desired performance specifications. These tests typically include load testing, durability assessment, and real-world simulations to validate the wheel's capabilities under heavy-duty conditions.
Once the conception and testing phases are complete, the 12-inch (305mm) heavy-duty Mecanum wheel can be manufactured and made available for various applications where its robustness and versatility can be fully utilized.