Before introducing a robot arm into your production line, it’s critical to think about both advantages and disadvantages such an investment will bring to the table. And as you know, every coin has two sides. It is also a good idea to know the robotic arm’s cost to fully understand what you are getting yourself into, so we look at the pros and cons of robotic arms.
But first things first. Let’s see what a robotic arm is.
What’s a Robotic Arm
A flexible robot arm is a kind of mechanical arm that looks like a human arm. It has several segments that resemble a wrist, an elbow, and the shoulder. A robot arm can be easily programmed and directed to carry out various tasks, just as the human hand can.
The Cost of a Robotic Arm
They are many types of robotic arms, and the prices differ based on the type you want to buy. But roughly, the price range is $1000 and $400,000.
Consumer robotics arms designed for colleges, schools, and other non-industrial applications cost anywhere between $1000 to $3000.
On the other hand, industrial robots’ price is between $ 25 000 to $ 400,000. They are bought together with additional accessories such as software, end of arm tooling, and controllers.
Generally, the robotic arms price has been declining over the past couple of years. And the good news is that if somebody needs to buy a robotic arm but cannot afford it at the current market price, she/he can look for a refurbished or used robot arm. Sometimes, they can be bought at a 50% discount.
The Pros and Cons of Robotic Arms
Pros of Robotic Arms
1. Enhanced Efficiency
Robot arms complete tasks more efficiently and faster than humans as they are created and built to perform tasks with greater efficiency and accuracy. They can be used to automate highly repetitive processes and consumes a lot of time.
2. Improved working environment
Tasks that are considered laborious and too dangerous, and highly repetitive for employees to perform can be carried out by robots so that humans can engage in other tasks that require a lot of innovation.
When a robot arm performs those dangerous tasks, employees’ security is safeguarded, thus improving the working environment.
3. Extended Working Hours
Whereas employees keep taking breaks such as sick off, leaves, lunch breaks, and so forth, industrial robot arm takes no such breaks. Not even a mad dash to the restroom. They can work 24/ 7 all year round, leading to increased production, hence more profits for the company.
4. Improved Quality
Robot arms perform designated tasks with absolute precision; hence no room for defective commodities, which can make the company incur considerable losses. Due to the robotic arms’ high accuracy, they are used to produce high-quality products. They can also reduce the time needed for quality control and certifies that quality standards are adhered to.
Cons of Robotic Arms
1. High initial investment
Robots need a large initial investment. Installing and configuring them can cost you a fortune. It’s crucial to find out if your robotic arm can be modified if you need to change your operation in the future to help you reap all the benefits of investing in such a piece of costly automation machinery.
2. Expertise is Needed to Program them
Like any other new technology type, setting up industrial robots needs lots of expertise and training initially. Robots can be exceptional at performing various tasks, so it’s only fair to ensure that you set them up correctly from the get-go. Some automation companies offer a support package of their mastery, which is very helpful.
Nonetheless, to reduce reliance on automation customers, engineers can be trained to program the robots. However, the highly experienced automation companies’ help is still needed for the robot’s robot’s initial integration.
Over the last couple of years, the number of industrial robots has increased dramatically. However, robots are still limited to the kind of operations they can carry out.
That’s why companies should liaise with the relevant automation companies before implementing to evaluate the many options available first.
Robots do not have all things built into it. Sometimes, a robotic system’s failure or success is based on how well the surrounding systems are integrated, for example, conveyor systems, grippers, and vision systems. To guarantee optimum results, only use trusted robot integrators.
Technology is playing a vital role in helping employees work more effectively. Automation has become the heart of many business operations, and we can predict that robots can take up several jobs that humans perform today. There you have it. Those are the pros and cons that robotic automation gives the business world.