Focus Area: Coating and Corrosion Prevention
Contact
Randy Johnson
rjohnson@ics-inc.com
612–839–4653

Industrial Coatings Services, Inc. – Automation Solutions, specializes in providing cutting-edge Automated paint system technologies tailored to meet the diverse needs of manufacturing processes and the modernization of these areas. We focus advanced rotary paint atomizers and generative AI to deliver superior coatings and automation applications to manufacturing platforms. The core of our operation is a commitment to delivering unmatched performance and reliability in paint application and other automation opportunities.
Through the integration of automation, we streamline and enhance production processes while minimizing humans in hazardous manufacturing areas. Our state-of-the-art robotics are equipped with advanced sensors and algorithms enabling them to adapt to changing conditions and achieve optimal results in real-time.
With our expertise and innovative approach to technology integration, we empower manufacturers across diverse industries to enhance their products’ durability, performance, and aesthetics while maximizing operational efficiency and minimizing costs.
Industrial Coatings & Automation Solutions
Problem Statement:
Streamlining painting and other production processes and minimizing human exposure to hazardous environments
- Enhancing adaptability to changing conditions through painting and other robotics and automation • Leveraging generative AI to analyze data and optimize formulation processes.
- Continuously refining solutions to meet evolving project requirements and environmental considerations.
- Maximizing operational efficiency and minimizing costs across diverse industrial settings
Technology Solution Statement:
To address these challenges, we automate repetitive painting and handling tasks, optimize workflows, while enhancing efficiency, repeatability and safety.
Benefits Statement:
Our data-informed solutions have shown a 30% increase in production efficiency, 50% reduction in manufacturing defects, and 25% decrease in downtime due to painting automation. By minimizing human involvement in hazardous areas, we've achieved a 50% decrease in workplace accidents, and an increase in repeatability while meeting Mil spec requirements for paint thickness. Through these efforts, we've optimized the painting process, resulting in massive throughput gains.