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Compact Multi-Axis Motion Control for Designing Machines
['Sharon Spielman', 'Technical Editor', 'Machine Design']
Home | Machine Design
Efficiently integrating multiple axes of motion within limited spatial and mechanical constraints remains a significant challenge for machine designers.
Leveraging compact servo drives with real-time coordinated control systems addresses these constraints by delivering precise, synchronized and collision-free operation.
Jackson McKay, marketing engineer at Advanced Motion Controls, offered Machine Design a technical demonstration of the company’s FlexPro servo drives integrated with the company’s Click&Move automated control system, highlighting key advancements and compact multi-axis motion control.
The setup featured four coordinated axes, two rotational axes exhibiting bidirectional spinning motion, subsequently transitioning to linear sliding motion operating simultaneously without collision.
From a system integration perspective, the FlexPro servo drives stand out for their power density and compact form factor.
['flexpro'
'axes'
'machines'
'collision'
'control'
'servo'
'machine'
'trajectory'
'motion'
'designing'
'multiaxis'
'compact'
'drives']