White Paper: Medical
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 designing and specifying multi-axis automation solutions for industrial applications. Multi-axis systems are essential for controlled movement in various processes, enabling tasks such as lifting, positioning, and moving loads. The document outlines the different types of multi-axis systems, including linear, rotational, and articulated systems, which cater to a wide range of applications.
Key considerations for designing these systems include load capacity, force, speed, travel, stroke length, accuracy, and duty cycle. The paper emphasizes that applications with larger footprints and heavier payloads require robust gantry systems, while smaller applications may benefit from efficient two- and three-axis gantry systems with shorter stroke lengths.
The design process is structured into three main steps: Concept, Design, and Finalize. In the Concept phase, users are encouraged to outline their system's requirements, including performance goals and budget, and to consider pre-engineered solutions. The Design phase involves creating a detailed layout that incorporates necessary components, such as actuators, cable tracks, and end-of-arm tooling, based on the specified parameters. Finally, in the Finalize phase, the design is presented to customer engineers for feedback and adjustments.
The white paper also highlights the advantages of collaborating with experienced providers like Tolomatic, which offer resources, tools, and virtual design consultations to assist in the engineering process. By leveraging these resources, users can develop tailored solutions that meet their specific needs without the costs and time associated with custom development.
Overall, the document serves as a comprehensive guide for engineers and designers looking to implement effective multi-axis automation solutions, ensuring that they consider all critical factors in their design process.