Design an XY/XYZ platform around the point of interest, Abbe error, axis squareness, stacked mass and moments, interface rigidity, error budgeting and final acceptance.
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Compare cross-roller stages, CNC worktables and linear actuators by travel, rigidity, load, speed, accuracy, installation and integration.
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Reflect moving mass and screw inertia to the motor shaft, then verify speed, peak torque, RMS torque, inertia ratio, regeneration, interface and resonance.
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Follow the back-driving path, then separate what supports a vertical axis during motion, normal stopping, sudden power loss and maintenance.
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Compare ball screw and timing belt actuators by speed, repeatability, travel, drive thrust, guide capacity, duty and maintenance using comparable HZMotion platforms.
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Troubleshoot linear motion vibration by speed, position, direction and temperature, then isolate the support unit, locknut, ball screw, coupling, guides and base.
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Understand ball screw thermal growth, compare fixed-supported and fixed-fixed arrangements, estimate expansion and distinguish thermal drift from lead error and backlash.
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Understand ball screw critical speed and whip, compare fixed-free, supported-supported, fixed-supported and fixed-fixed mounting, and use the formula, worked example and HZMotion support-unit mapping for preliminary selection.
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Compare standard fixed-end, support-end and heavy-duty fixed-end ball screw support units by function, bearing arrangement, mounting interface, load and accuracy, with HZMotion series pairings and selection steps.
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Support units are pre-filled with grease; no additional lubrication is required before use. Keep the support units clean during installation and operation. Prevent dust and debris
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