• Structural features

Dual Worm Design: The heavy-duty dual worm rotary drive uses two worms that mesh with each other to achieve high torque output and high stability. This design helps handle large and heavy workloads.
High-strength materials: High-strength materials, such as alloy steel or special alloys, are often used to ensure the durability and reliability of the device.

• Carrying capacity

High load-bearing capacity: These units have excellent load-bearing capacity and can handle the lifting and rotating needs of large machinery or heavy cargo. They play a key role in construction, ports, mining and other sectors.

• accurate locating

High-precision: Heavy-duty double-worm rotary drives usually have high-precision positioning capabilities, which can ensure that equipment or goods are accurately placed at the required location, and are suitable for tasks that require precise operation and positioning.

WEA-2 heavy-duty double worm slewing drive catalogue

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• Exoskeleton design

Exo-skeleton structure: The WEA rotary drive device adopts an exo-skeleton design, which is usually made of solid materials, such as high-strength steel. This structure provides extremely high stability and load-bearing capacity, making it suitable for heavy-duty applications.

• Oil seal technology

Oil seal design: WEA rotary drive device is equipped with oil seal technology, which is used to prevent lubricating oil from leaking and external contaminants from entering the device. This helps extend the life and maintenance intervals of the unit.

• High load carrying capacity

Heavy-duty applications: The main feature of this unit is its excellent load-bearing capacity, which can handle large and heavy cargo, such as steel components, concrete mixers, etc., to support various heavy-duty applications.

WEA heavy-duty exo-skeleton oil-sealed slewing drive is a slewing device that performs well in heavy-duty applications. It combines exo-skeleton structure and oil seal technology to provide a reliable solution for the engineering and industrial fields and can handle large and heavy loads. Lifting and positioning tasks for cargo.

WEA heavy-duty outer frame oil-sealed slewing drive catalogue

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• Fence-type design: Heavy-duty fence-type slewing drives usually adopt a fence-type structure, which can provide higher stability and load-bearing capacity. Fence-type slewing drives usually have a circular fence around their periphery to support heavy-duty operating conditions.
• High-strength materials: In order to cope with heavy-duty working environments, these devices usually use high-strength materials, such as high-quality 50mn, 42crmo, to ensure their durability and load-bearing capacity.

Carrying capacity:

• Strong heavy-load capacity: Compared with standard slewing drives, heavy-duty fence series slewing drives have a higher load-bearing capacity and can handle larger workloads. This makes them suitable for applications where large and heavy cargo needs to be handled.

High precision:

• Precise positioning: These devices often have high-precision positioning capabilities, ensuring that goods or equipment are placed exactly where they need to be. This is important for applications requiring precise operation and positioning.

WE series heavy-duty fence-type slewing drives catalogue

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