When it comes to robotic automation, the automotive industry has been on the frontlines ever since its inception in 1921. Today, this industry has streamlined this technology, resulting in the production of some of the finest cars today.
Industries in this sector have incorporated robotics in almost every production stage – and it has paid off. However, most new players in this field don’t really understand automotive robots’ impact on production.
So, in this article, we’ll look at what robots bring to the table:
1. Speed, precision and efficiency
In recent years, the demand for cars has skyrocketed. Today, there are hundreds of car manufacturers, all of who are trying to outdo each other.
The only competitive advantage that a manufacturer can have is a fast production time for quality vehicles. That’s where automotive robots come in.
Automotive robots offer speed and precision, which allows you to improve your production time, without altering your quality drastically. Faster production in your assembly lines means that you can meet the high market demand on time.
Furthermore, the precision of the robots minimizes the material and energy wastage during production. This helps cut down your costs.
2. Flexibility in the assembly line
The automotive industry is always changing. The customer demands keep alternating from modern electric cars to the old vintage designs to the colors, shapes, and capabilities.
As such, if your assembly line can’t adapt to these changes, your business is as good as dead. Automotive robots have proven to be the key to unlocking flexibility.
Take collaborative robots for instance, their easy reprogramming feature means that you can quickly deploy it to a new task. Their setup speed is also pretty quick, and within hours it’s integrated to production.
The robots can quickly adapt to any new production technique, ensuring that you’re always on track with the market demands.
3. Robots have tons of application
Perhaps the best thing an automotive robot brings to your industry is its applications. Robots can work comfortably in many production processes, ensuring that work doesn’t stall.
In fact, several case studies have shown that automotive robots have addressed various industries’ labor needs. They can be utilized for welding, painting, material handling, machine tending, assembly, and quality inspection.
Moreover, you can take advantage of the robot-human co-operation through collaborative robots to improve your production.
Cobots are fitted with adequate sensors and cameras to detect any motion around it and stop its processes. This allows it to work with human workers without posing any danger to them.
It’s a great way to maximize your productivity.
4. Robotic quality inspection
For any manufacturing industry, inspection is equally as important as the assembly itself. It’s the stage that determines if the automotive is ready to hit the market.
Automotive robots are used extensively for this purpose solely because they can spot even the slightest errors in the assembly. Owing to their high-resolution cameras and laser, the robot’s ‘eye’ can instantly detect flaws in production and report it to the inspection team.
While human inspectors can do this task as well, they’re more likely to miss those small inconsistencies in the vehicle.
This feature also makes them perfect for performing accurate offsetting during parts installation.
5. Cost-effectiveness and high payback
The introduction of automotive robots in production has also proved to be cost-effective for most manufacturers. Automotive Cobots allow your production to enjoy all the benefits of robotic automation without the traditional robot’s extra costs.
They are easy to maintain, and the maintenance cost isn’t high. These robots also have a high ROI, which makes them perfect for any business.
Final thoughts
The automotive industry heavily relies on automotive robots – this is something that isn’t going to change soon. So, for industries trying to make it in the industry, you really need to invest in these bots to succeed.
Written by Alan Parker
