Tire handling and assembly manipulator

Short Description:

The tire handling manipulator is an automated device specially designed for handling tires. It uses a mechanical arm and a clamping device to grasp, handle and place tires, greatly improving the efficiency of tire production, storage and transportation.

When choosing a tire handling manipulator, the following factors need to be considered:

Tire size and weight:
Choose a suitable manipulator according to the size and weight of the tire to be handled.
Make sure the robot’s gripping device can firmly grasp the tire.

Handling distance and height:
Choose a suitable manipulator according to the handling distance and height.
Make sure the robot’s working range can cover the required handling area.

Production volume and beat:
Choose a suitable manipulator model according to the production volume and beat.
Make sure the robot’s handling speed can meet production needs.

Degree of automation:
Choose manipulators with different degrees of automation according to production needs.
You can choose semi-automatic or fully automatic manipulators.

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Product Detail

Product Tags

Application of tire handling manipulator

Tire production line:
Used for handling tires in the process of tire molding, vulcanization, testing, etc.
Realize the automation and intelligence of tire production.

Tire warehouse:
Used for handling tires in the process of warehousing, outbound, inventory, etc.
Improve the efficiency and management level of tire storage.

Tire logistics:
Used for handling tires in the process of loading, unloading, and transportation.
Improve the efficiency and safety of tire logistics.

Auto repair:
Used for the removal and installation of tires in auto repair.

Advantages of tire handling manipulator

Improve efficiency:
The manipulator has a fast handling speed and can work continuously, which greatly shortens the time of tire handling.
Reduces the waiting time and rest time of manual handling and improves production efficiency.

Reduces costs:
Reduces the labor required for manual handling and reduces labor costs.
Improve production efficiency and reduce the production cost of unit products.

Improve safety:
Reduces the physical labor of manual handling and reduces the risk of worker injury.
The manipulator’s handling is stable and reliable, reducing the risk of tire damage.

Improve accuracy:
The manipulator is accurately positioned and can accurately place the tire in the specified position.
Improve the accuracy and consistency of tire handling.

Improve working environment:
Reduces the labor intensity of workers and improves the working environment.
Reduces noise and dust pollution and improves working comfort.