Automation Roadmap, Part 5 | Perfecting Material Handling & Motion Control

Andrews Cooper (AC)'s Automation Roadmap is a path of strategic planning for successful automation development, seamless technology integration, and future-proofing for greater manufacturing performance and maximum ROI.

Through this series, we highlight some of the key analyses and considerations that drive successful engineering design and implementation across a variety of automation solutions.

In the previous blog, Part 4— Integrating Machine Controls, we showed how selecting the right controls platforms and architecture starts in the early stages of a project’s development. In this final blog in the series, we will look at how to perfect material handling and motion control within the automation roadmap.

Developers faced with complex manufacturing tasks require high-precision automation solutions. Achieving ultra-precise parts placement at varying scales and geometries necessitates integrating sophisticated technologies and advanced programming to handle complex materials accurately. An automation roadmap facilitates the development of custom material handling and motion control systems, ensuring the highest manufacturing accuracy, speed, and quality for complex parts and assemblies.

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Developing a Roadmap for Advanced Automation

Assess Needs & Identify Improvements

An automation roadmap includes an analysis of current material handling and motion control processes to identify areas for improvement, such as these considerations:

Assess Current Performance: Thoroughly analyze current processes to identify inefficiencies and define specifications to improve precision handling and complex movement through new technologies and solutions.
Evaluate Technology Compatibility: Assess the compatibility of potential systems with existing machinery and processes, ensuring the selected solutions can integrate seamlessly and offer flexibility to adapt to future technological advancements.

Improve Precision Performance & Mitigate Risks

Using defined specifications in the roadmap, select advanced material handling and motion control technologies that advanced and more precise performance, through the following improvements:

Improve Material Handling: Select material handling solutions that deliver greater precision, speed, and accuracy for the desired manufacturing performance.
Enhance Motion Control: Determine motion control improvements for finer movement, greater accuracy, and higher repeatability systems to achieve ultra-precise coordinate performance with material handling systems.
Include Vision-Guided Precision: Enhance precision and efficiency by including vision-guided technologies to drive even greater system performance.
Integrate Technologies: Integrate selected material handling and motion control systems, from hardware setup to software configuration, and system testing. Ensure they meet the required roadmap specifications.

Validate & Monitor Performance

The roadmap also includes a step-by-step plan for validating performance, ensuring optimal operation with minimal disruption, including steps to:

Validate Performance: Complete a comprehensive validation of the integrated system, including stress testing and analysis, to ensure performance improvements.
Monitor Performance: Evaluate system performance through real-time data analysis and regular maintenance, addressing issues promptly to maintain high performance.

LEARN MORE ABOUT PRECISION AUTOMATION

Learn more precision material handling insights from our video with AC Senior Applications Engineer, Jerry Entrikin.

AC YouTube | Defining Requirements for Material Handling

Perfecting Complex Automation with AC's Roadmap

In summary, AC's automation roadmap provides the crucial and strategic framework for implementing advanced material handling and motion control systems. Working closely with you throughout the development process enables us to develop a comprehensive and well-planned roadmap, leading to rapid, adaptive, and successful automation.

Coordinating multi-axis motion platforms with advanced vision-guided stages ensures high precision and repeatability. Our expertise in integrating robotics and vision systems further enhances the accuracy and efficiency of material handling tasks.

Through our expertise in innovative custom automation, we overcome the challenges of precision material handling and complex motion control, to deliver advanced solutions that deliver greater manufacturing precision and performance.