Case Studies

Augmentus is proud to be a strategic partner of sentenso, a leading solution provider with deep expertise in shot peening […]

Fully autonomous manufacturing is highly sought after in the aerospace industry due to its potential for streamlined operations, reduced labor costs, and unmatched precision. However, complex components like aerospace turbine blade parts have posed significant challenges, requiring extensive programming and skilled labor. This article delves into the appeal of fully autonomous manufacturing, the obstacles faced, and how Augmentus is transforming the process.

Since the late 1980s, the integration of robotics and automation in thermal spray applications has advanced significantly, especially in the automotive and aerospace industries. These sectors adopted this technology for high-quality, durable surface coatings applied uniformly and efficiently. The evolution of robotics in thermal spraying has resulted in more sophisticated applications with enhanced programmability, improved motion control, and integration with real-time monitoring systems.

This case study explores how Augmentus utilizes advanced robot vision and automated motion planning to enhance the thermal spraying process for a client.

In this case study, we explore how Augmentus leverages 3D vision and advanced robot motion planning technologies to revolutionize the powder coating process for relief valves. What traditionally takes days can now be accomplished in minutes, significantly enhancing productivity and reducing operational costs. This efficiency revolutionizes high-mix production environments, aligning seamlessly with their diverse demands.

Explore the world of industrial automation for precision spraying and shot peening processes in our latest blog post. Discover how advanced technologies are revolutionizing efficiency, quality, and consistency in manufacturing.

Discover the future of flawless finishes! Explore how industrial robots are revolutionizing sanding and polishing processes, enhancing efficiency and precision.