Some applications demand accuracy. Others demand versatility. This turntable refuses to separate the two.
◆ Precision You Can Bank On
±5 arc-second repeated positioning. Not one-time accuracy—run-to-run consistency that makes your data defensible across audits, reviews, and production sign-offs.
◆ Motion That Answers to You
20°/s maximum uniform rate on both axes. Rate resolution finer than 0.001°/s. Minimum stable rate below 0.005°/s. Whether you're sweeping fast or creeping slow, the control is there.
◆ Range That Covers the Work
Pitch swings from -60° to +60°. Azimuth rotates 0° to ±170°. Enough angular real estate for optical alignment, sensor characterization, and robotics calibration without frequent re-fixturing.
◆ Locked-In Positioning
Zero-position pins. Pin holes. Mechanical locking. Your test article goes exactly where you intend—and stays there. No drift, no ambiguity, no rework.
◆ Non-Perpendicularity Under Control
≤±15 arc-seconds between axes. That's the kind of alignment precision that keeps optical paths straight and sensor data clean.
◆ U-T Structure for Rigid Stability
The U-T configuration provides inherent stiffness—minimizing deflection under load and vibration during motion. Results stay consistent across thousands of cycles.
◆ Payload That Fits Real Hardware
40 kg minimum load capacity on a Φ400 mm plate. Accommodates optical assemblies, aerospace components, robotics joints—the hardware you actually test, not just small samples.
◆ Built for Harsh Environments
Durable construction. User-friendly operation. Designed for production floors and research labs alike—places where equipment needs to perform, not just exist.
◆ Applications That Span Industries
Product development and quality inspection. Optical measurement and alignment. Aerospace sensor calibration. Robotics system validation. Precision instrumentation.
◆ The Takeaway
This turntable isn't about specs on a datasheet. It's about getting reliable calibration data, faster, with less rework. For engineers who test optics, aerospace systems, or robotics, it's a tool that works as hard as you do.
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