All You Need To Know About Automotive Paint Process Automation

Finishing and colour coating are highly complex steps in the automotive manufacturing process. But they also play vital roles in establishing a vehicle’s identity and exterior quality. 

Over time, several of the manufacturing processes that are involved have been automated using robotic machines. Some of the most advanced automation technologies used in the automotive industry include AI, IoT connections, machine vision, collaborative robots, and painting robots. While early painting robots were powered by hydraulics, the latest offerings are electronic, while also being efficient and safe. 

Continue reading this article as we delve deeper and try to understand the meaning, purpose, benefits, and much more about automated car painting robots.

What is Painting Robot?

The automotive industry has enjoyed car painting robots’ benefits for many years. In fact, the first automotive painting robot was used in 1985.

These robots have become more advanced, precise, quality-oriented, and efficient over time.

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How Does a Painting Robot Work?

The process of painting a car using automated robots starts with mounting the robot on multiple rails for easy movement. In the first step, the robot applies a primer that’s best suited for the vehicle’s final color coat. 

Painting robots are accessible and testable, making it easy for companies to assess each paint coat. With a downdraft ventilation system, the robot proceeds to apply the first coat of paint. The vent system keeps the air clean and removes dust and debris particles from the vehicle’s surface.

After the vehicle is coated with the desired thickness of paint, a final top coat is sprayed to give the vehicle a smooth, protected, and shiny finish. Companies like FANUC mass-produce industrial robots that are sold to the manufacturer for process optimization and automation. You can find high-quality used and new painting robots at trusted robot sellers, such as UsedRobotsTrade.

What are the Benefits of Using Painting Robots in an Automotive Finishing Line?

Six noteworthy benefits of automotive painting robots include:

  1. Paint robots measure and carry out precise trajectories with minimal to nil deviation.
  2. Specified paint thickness and consistency are guaranteed without variation and irregularities.
  3. These robots offer a large radius of application and flexibility.
  4. They can adjust to painting various vehicle models and design layouts.
  5. Painting robots reduce overall paint and labor consumption, thereby cutting the time taken to finish the procedure by more than a half.
  6. These robots feature slim arms that can be mounted on walls, rail, or shelves, offering you more floor space and easy mobility.

Automotive Painting Robots: A Future Outlook

Robotic automotive painting has achieved massive popularity in the last few years due to its great performance and positive future outlook. Robot manufacturers are continuously coming up with new ideas for boosting the efficacy of these robots. Modern robots have transitioned from just painting to making art as well. 

Robotic painting is now coupled with advanced programming designs and tools that offer operators and engineer numerous new possibilities for operating the system. And with the introduction of laser design, the painting process has become more precise, quick, efficient, and flexible.

Are You Looking for Quality Industrial Robot Mechanical Parts, Refurbished, or New Robots for Sale Online?

UsedRobotsTrade is a robot parts supplier that can help you automate your industrial unit. We deal in high quality used and refurbished industrial robots. Choose from a comprehensive collection, including Fanuc spare parts, Mitsubishi robots, KUKA, and many other leading brands. Get in touch with us for more information.

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