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Optical Positioning

From basic motion concepts through manual positioning to fully motorized systems — the hardware that holds and moves optical components.

6 topics

Motion Fundamentals

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Core precision motion concepts — degrees of freedom, resolution, repeatability, accuracy, backlash, hysteresis, and motion spec vocabulary.

Optomechanical Hardware

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Building blocks — posts, post holders, bases, clamps, rails, cage systems, breadboard mounting, and beam height standards.

Optic Mounts

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Mount types — fixed, kinematic, flexure, gimbal. Adjustment mechanisms, angular range, stability, vacuum compatibility.

Manual Stages

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Manual positioning — linear, rotation, goniometer, vertical. Bearings, drives, travel, load, specifications.

Hybridized Positioning

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Combining actuator types, kinematic architectures, and control strategies — coarse–fine hybrids, hexapods, piezo integration, and multi-axis system design for photonics alignment and precision positioning.

Motorized Positioning

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Fully motorized systems — drives, multi-axis, hexapods, controllers, system design. The most complex positioning topic.

All information, equations, and calculations have been compiled and verified to the best of our ability. For mission-critical applications, we recommend independent verification of all values. If you find an error, please let us know.