Real-world applications of hexapod robot

Hexapod robot technology has come a long way in the past few years, and now they are being employed in real-world settings with impressive results. These versatile robots can be put to work in several industries, from manufacturing to healthcare. Here we take a look at some of the ways hexapod robots are making a difference in the world today.

What are hexapod robots and their design?

Real-world applications of hexapod robot

Hexapod robots or hexapods, also known as parallel kinematic machines, are a class of multi-legged legged robots that use six legs for locomotion. Their name is derived from the Greek word for “six” and “foot.” 

While six legs may seem like overkill for a machine, the extra legs provide significant advantages in terms of stability and maneuverability. In addition, hexapod robots can be easily built using commercially available components and materials, making them an attractive option for researchers and businesses alike.

Applications of hexapod robots

Waterjet Cutting

Real-world applications of hexapod robot

One of the most common applications for hexapod robots is waterjet cutting. Waterjet cutting is a process that uses high-pressure water to cut through materials. It is often used for cutting complicated parts that cannot be cut with traditional gantry-based systems. 

Hexapods are well-suited for this application because they can reach into tight spaces and manipulate the material being cut. As a result, they are helping to revolutionize the manufacturing industry by enabling the production of complex parts that were not previously possible.

End of Arm Tooling for Automotive Applications

The articulated robot is a common type of industrial robot, which is characterized by its joint arm. This design gives the articulated robot a wide range of motion, making it well-suited for tasks such as welding and fabricating. However, one drawback of the articulated robot is that it can be difficult to control its movements with precision. 

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This is where the hexapod comes in. By adding a hexapod to the end of an articulated robot, manufacturers can take advantage of its highly accurate positioning capabilities. This makes the hexapod-equipped articulated robot an ideal choice for applications where precise movements are required, such as in the semiconductor industry.

Medical Imaging and Surgical Devices

Real-world applications of hexapod robot

Hexapod robots have several advantages over both human hands and other positioning devices for medical and surgical applications. 

First, hexapods have much higher dexterity than human hands, meaning they are able to perform delicate tasks with greater precision. Second, hexapods are much stiffer than other positioning devices, making them better suited for applications where high levels of accuracy are required. Finally, hexapods are less likely to tire than human hands, making them ideal for prolonged surgeries or procedures. 

Semiconductor and Electronics Manufacturing

Hexapods have long been used in a variety of industries for their precise positioning capabilities. In recent years, they have increasingly found use in semiconductor and electronic device testing. 

Compared to traditional linear actuators, hexapods offer several advantages. First, they provide greater flexibility in terms of the range of motion that can be achieved. Second, they are less likely to damage delicate devices due to the lower levels of force that are required for operation. Finally, hexapods offer more precise control over positioning, making them ideal for use in high-precision applications. 

To conclude,

Hexapod robots have a wide range of potential real-world applications. They are being used in manufacturing and industrial settings, but there is no reason they couldn’t be used in other industries as well. 

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If you are interested in learning more about how these robots could benefit your business or industry, please contact us. We would be happy to discuss the possibilities with you and help you get started using these amazing machines.

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