Products Description

Cantilever robots are industrial robots that are designed to provide a large workspace with minimal interference from the robot's structure. These robots are widely used in manufacturing and production facilities to automate tasks that require a high degree of precision and consistency. The robots are typically mounted on a fixed base and have a horizontal arm that extends out over the workspace. The arm can rotate around a vertical axis, allowing the robot to move in a wide range of directions. This design allows for a greater range of motion compared to other types of industrial robots, making them suitable for a variety of applications.

They are typically made of high-strength materials such as aluminum or steel, and they are equipped with a range of sensors and motors to provide precise control over movement and positioning. They are available in a variety of sizes and configurations to meet the specific needs of different applications.

Technical Specification

Item	Specification
Armspan	2570mm
Load	200KG
Repeat positioning accuracy	±0.2mm
Power supply capacitance	25.4KVA
Body weight	about 1320KG

Applications

The most common applications of Cantilever robot are:

1. Automotive manufacturing: the robot is used to perform tasks such as welding, painting, and assembly in the production of cars and other vehicles.

2. Electronics manufacturing: used to handle and assemble electronic components with a high degree of precision.

3. Material handling: these robots are used to move and transport heavy or bulky items in manufacturing and warehouse facilities.

4. Packaging: the robot is used in packaging facilities to pick and place products, apply labels, and pack items into boxes or containers.

5. Material handling: it could also be used to move materials and components from one location to another

Technical Advantages

Cantilever robot offers several advantages over other types of industrial robot in these fields:

1. Reach: have a long, slender arm that allows them to reach into confined spaces and perform tasks in areas that are difficult to access. This makes them ideal for applications where access is limited, such as in machining and welding.

2. Precision: The design provides excellent accuracy and precision in the movement of the arm. This is because the arm is supported at only one end, which reduces the chances of any vibrations or disturbances in the movement of the arm.

3. Speed: it can move quickly and accurately, which makes them ideal for applications that require a high level of speed and accuracy. This is because the robot's arm is light and can move quickly without compromising on precision.

4. Versatility: highly versatile and can be used in a variety of applications, from material handling and assembly to packaging and inspection. This is because they can be fitted with a range of end-effectors that can be customized to suit the specific task.

5. Compact Design: have a relatively small footprint, which means they take up less space in the factory or workspace. This makes them ideal for use in environments where space is limited, such as in small workshops or assembly lines.