White PaperMedical
Read Our In-Depth Guide to Designing and Specifying Linear Multi-Axis Automation Systems
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From desktop-sized pick-and-place solutions to large manufacturing systems, linear multi-axis systems play an important role in a wide range of industrial applications because of their precision, repeatability, power and versatility. Because linear multi-axis systems are capable of meeting diverse requirements, it can be a challenge to specify an optimal system. Our white paper offers in-depth design strategies to ensure your success.
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Overview
The white paper by Matthew Gulleen, Applications Engineering Manager at Tolomatic, Inc., focuses on the design and specification of multi-axis automation solutions, which are crucial in various industrial and manufacturing applications for lifting, positioning, and moving loads. It outlines the different types of multi-axis systems, including linear, rotational, and articulated systems, emphasizing their versatility in achieving complex movements.
The document highlights the wide range of applications for multi-axis systems, from large-scale operations capable of supporting thousands of pounds and stroke lengths over 60 inches to smaller, efficient two- and three-axis gantry systems with work envelopes under 24 inches. Key design considerations are discussed, including load, force, speed, travel, stroke length, accuracy, and duty cycle, which vary significantly based on the specific application requirements.
To assist in the design process, the paper introduces a three-step approach: Concept, Design, and Finalize. In the Concept phase, users are encouraged to outline their system's needs, including performance goals and budget, and to consider pre-engineered solutions. The Design phase involves creating a detailed layout that incorporates necessary components, movement specifications, and environmental considerations. Finally, in the Finalize phase, the design is presented to customer engineers for feedback and adjustments.
The white paper also emphasizes the importance of collaboration with experienced engineers and the availability of resources, tools, and sizing software to facilitate the design process. It encourages users to leverage virtual design consultations to refine their systems effectively. Overall, the document serves as a comprehensive guide for engineers and designers looking to implement multi-axis automation solutions tailored to their specific operational needs.