Updated : Aug 31, 2021 in Write for us

Why Are Robotic Arms So Important In Today’s World?

Robots are widely used to automate processes in industries because of their ease of acquisition, high productivity, and efficiency. 

Large companies with huge capital and the ability to invest in assets with a higher return on investment are moving to these solutions. Hydraulic robotic arms do not require as much space as traditional robots and have many other advantages that can result in their being purchased by manufacturing companies. 

The net worth of the robotics and automation industry is estimated to be in billions of Dollars. Hence, it is necessary to learn about its importance and relevance in the modern world. 

Hydraulics and Robotic Arms

Hydraulics is a mechanical process operated by the force of hydraulic pressure. In hydraulic-based systems, mechanical motion is typically created by the liquid being sent to a confined pump through a cylinder that moves a piston. 

Hydraulic robotic arms use this technique to lift heavyweights. These types of robotic arms are common in modern industries. They work way faster, they complete the tasks with more precision and accuracy. 

Manufacturing industries typically use robotic arms to perform tasks faster and more accurately. Ideally, a robotic arm consists of 4 to 6 joints and is commonly used in various industrial applications. Industrial robot arms are similar to human arms and operate in a similar manner.

Current scenario

The first application of robotic arms was in the manufacturing of cars. Hydraulic arms were also implemented to mitigate the risk of injury for workers, and to undertake monotonous tasks, this allows workers to concentrate on the more complex elements of production. 

In early days, robotic arms were deployed to undertake repetitive tasks. As technologies like robotic vision are developing, the role and scope of robotic arms are changing.

Several companies are working to develop industrial robots that do not only perform simple tasks. These robotic arms are integrated with sensor technology to collect data and work collaboratively with other humans and robots. These robots are deployed mainly in the automotive industry, but it won’t be too long before they affect all kinds of industries.

Industrial Applications of Hydraulic Robotic Arms

Due to their ability to perform complex tasks accurately and efficiently, robotic arms are a part of almost every industry. Their tasks and specifications vary with industries.

Their importance can be estimated by their range of applications in various sectors. Here are several industrial applications of hydraulic robotic arms:

  1. Manufacturing Industry

Robotic arms are used in manufacturing industries to streamline and automate the workflow of the entire assembly to perform repetitive tasks. These arms work collaboratively with humans to produce other products.

2. Automotive Industry

Large robotic arms are used in the production of different parts of the car. Automotive industry remains one of the most automated supply chains in the world.

3. Healthcare Industry

Intelligent robotic arms are used to perform complex surgical operations that require high precision, stability, and accuracy. Using them reduces human error and enables the surgeons to perform the tasks remotely. 

4. Painting Industry

Industrial painting requires workers to perform challenging tasks that require high stability and error-free work. Precision jobs in this type of environment involve many risks, employee fatigue, and reduces the quality of work.

Physical constraints and limitations decrease the efficiency of manual painting. In this situation, waterproof robotic arm is used to finish the task in less time and eliminate various health-related risks. 

Importance of Robotic Arms

Robotic arms are very important in improving several parameters of industry. They are beneficial in the following ways:

  • Improve Efficiency 

The robotic arm helps enterprises to increase working hours and production rates. Robots work all day without the need for mechanical rest. They do not take leaves or complain about fatigue. Robots work faster and more accurately than human operators.

  • Perform Complex Tasks with High Speed

Speed ​​and efficiency are the main competitive advantages robots have in industrial activities. Robots are very efficient at performing tasks at high speeds. They perform the tasks accurately and help organizations that involve multiple tasks improve their financial situation and position in the market.

  • Improve Working Conditions

The robotic arms are suitable for performing blunt, dangerous, or difficult tasks. This improves the overall working conditions of the factory. As a result, workers who previously did this job were able to engage in other jobs under improved working conditions. 

With robots working on the assembly line, workers can indulge more in tasks that require mental skills.

  • Minimize Errors Caused Due to Fatigue 

Humans get tired and are inefficient, robotic arms can operate without the fatigue that humans experience. Fatigue can damage the human workforce and cause serious errors. However, using a hydraulic robot arm can help improve accuracy and minimize or eliminate errors.

Future of Robotic Arms

The importance of hydraulic robotic arms lies in the future of these robots. There are a lot of possibilities of integrating them with modern technologies, to make them more intelligent and productive. 

Concepts like Internet of Things (IoT) connect physical devices to internet applications such as cloud software, making devices smarter and more aware of their surroundings. Robot manufacturers are integrating the two by equipping them with sensors that enable the robot to collect data about their surroundings. The data can be further used to make decisions and cope with uncertain situations. 

IoT involves predictive analytics and location tracking. Integrating these features into existing robot sensors can lead to the next level of automation for these devices. Robotic arms that can predict imminent failures in other machines and notify managers about upcoming maintenance schedules will innovate the industry on an unprecedented scale.


Undoubtedly, robotic arms are the future of industrial automation. There are numerous ways in which they can make the industries more productive and efficient. Not only this, but their scope of being integrated with technologies like Artificial Intelligence (AI) and Machine Learning gives them a bright future with endless automation capabilities. 

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