How Painting Robots Are Changing the Face of Industrial Coating
Discover how painting robots enhance industrial coating with top efficiency, precision & safety. Explore types, benefits & best options.
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What Is A Robot Vision System?
Robotic welding uses programmable robots to automate welding, boosting precision, speed & safety in manufacturing. Learn more here.
Augmentus Launches Robotics Center in Texas Amid Growing Demand for Surface Finishing AI Robots
Augmentus, a leader in AI and robotic solutions for surface finishing and welding, is excited to announce the opening of their first experience center in the United States as part of its strategic market expansion plans.
What Is Automotive Welding? A Complete Guide (2024)
Automotive welding is the process of joining car parts using techniques like Spot, MIG, or Arc Welding. Learn more here.
A Guide to Offline Programming (OLP) in Robotics
Robotic welding uses programmable robots to automate welding, boosting precision, speed & safety in manufacturing. Learn more here.
Unlocking the Secrets: Your A to Z Guide to Manufacturing, Robotics, and Automation Terms
Explore our A to Z terminology guide, tailored for anyone interested in the dynamic fields of manufacturing, robotics, and automation. From Automation Manufacturing to Zero Downtime, this guide provides a quick and easy reference to key terms that will help you navigate and understand the industry better. Whether you’re new to the field or just looking to brush up on your knowledge, dive in and discover the essential vocabulary that shapes these innovative sectors.
What Is Robotic Welding? Exploring the Future of Automated Welding Technology
Robotic welding uses programmable robots to automate welding, boosting precision, speed & safety in manufacturing. Learn more here.
Aerospace MRO: How Robots are Transforming Maintenance, Repair, and Operations
This article emphasizes the critical role of Maintenance, Repair, and Operations (MRO) in maintaining manufacturing parts and equipment. It delves into the various tasks involved in MRO and their significance for ensuring smooth factory operations. Additionally, it highlights how robotics are changing the game in MRO, streamlining tasks, and enhancing efficiency.
Automotive Engine Block Repair with Robotic Thermal Spraying: Programming in Minutes with Scan To Path Technology
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.
Automating High-Mix Valve Powder Coating: How Augmentus Scan to Path Reduces Robot Downtime by 93%
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.