This table doesn't just move. It holds position with the kind of authority that turns measurement into knowledge.
◆ Numbers You Can Actually Trust
≤±10 arc-seconds absolute. ≤3 arc-seconds when you return to the same spot. Not optimistic estimates—performance you can verify, test after test.
◆ Speed That Answers to You
Both axes from 0.001°/s to 20°/s. Resolution down to 0.0001°/s. Whether you need a slow creep for alignment or a steady sweep for characterization, the table responds without drama.
◆ Range for What You Actually Do
Azimuth ±100°. Elevation ±10°. Plenty of angular travel for optical alignment, robotics positioning, and astronomical pointing—without wasting capability you'll never use.
◆ Payload That Carries Your Investment
≥20 kg on a φ400 mm platen. Optical benches, sensors, instruments—the equipment that represents months of work, sitting on a foundation that doesn't compromise.
◆ Closed-Loop Governance in Real Time
Position feedback runs continuously. Corrections happen instantly. The table holds its commanded angle whether you're taking a single measurement or running a 12-hour sequence.
◆ A Package That Fits the Lab
398×567×713 mm. 107 kg. Performance that challenges larger systems, footprint that respects your bench space.
◆ Where This Table Proves Its Worth
Optical system development. Robotics calibration. Astronomical instrument alignment. Any precision measurement workflow where repeatability determines credibility.
◆ The Bottom Line
This is a table that understands its role—delivering reliable, repeatable positioning so you can focus on the science, not the hardware.
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