What the thread found

• Looseness in the camera stage can originate from either side-to-side or fore-aft bearing play and requires identifying which axis is affected before adjustment.
• Bearing preload can be adjusted by loosening the screws holding the bearings, manually pushing or pulling the bearing to apply preload, and retightening while checking for stiffness across the travel range.
• The tilt assembly may contribute to looseness but must be adjusted carefully to avoid overtightening.
• Vibrations can originate from the dovetail-to-camera coupling rather than the stage itself, particularly affecting roll axis stability.
• Some Clipper II models use small lock shims on side-to-side and fore-aft adjustment screws that can pop out of the rail and cause stage looseness.
• Professional service can resolve persistent fore-aft adjustment looseness that does not respond to user adjustment.

Depends on

• The discussion involves a non-motorized Clipper II model and may not apply to motorized variants.
• The exact cause of looseness varies between units and may require systematic checking of multiple potential sources.
• Adjustment technique carries risk of overtightening, which can damage components.

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