With the advancement in technology, a small industrial robot is becoming a vital item of modern manufacturing. They are increasing the production and quality by repeating tasks with:
They are also replacing human workers for their tasks with poor ergonomic conditions or exposure to heavy materials. Many manufacturers are investing in collaborative robots, which can work safely in concurrence with humans.
With these properties of the robots, they have become important in many industrial processes. Here are the five most common applications of these advanced machines.
As they follow the same program over and over automatically, industrial robots sustain levels of working and quality that most humans can’t. This is because of the:
Robots are capable enough to select and organize materials and then deliver them to a warehouse shelf. Palletizing robots are found in industries such as:
These robots show their value in situations where products are handled several times before shipping. They also help in reducing direct labor costs while sparing human workers from repetitive tasks.
Many industrial robots are ideal on the assembly line. They also eliminate bottlenecks as they work continuously and perfectly. Let’s take an example of auto plants they can attach:
The free human workers for higher-value tasks. These robots are also best for:
They perform their assembly tasks without breaks and injuries. These increase the outputs and reduce the costs. To perform these tasks, a factory robot arm is also essential.
Many manufacturers are going for industrial robots. Material removing includes:
These robots are best for the tasks that require a close focus on detail, because of their:
Welding is a risky and time-consuming task. But it is well-suited for industrial robots. In any of the welding functions, these robots handle the parts and perform welding perfectly. These can also perform:
Another advantage of this includes that humans are not subjected to fumes and burns from welding.
Industrial robots excel humans in painting efficiency and uniform application. As painting is a rough and time-consuming process for human workers, robots apply coatings with high precision and speed. The paint is applied using a metering system and spread by combining a factory robot arm. The sprayer tooling coat the part accurately, even on complex shapes.
These robots are ideal for small and hard-to-reach components. They can be programmed easily to coat several parts and change patterns. Other industries also use robots to improve the quality of products and consistency.