One table. Two orientations. Unlimited testing possibilities.
◆ Accuracy That Sets the Standard
±5 arc-second positioning accuracy with ±1 arc-second repeatability ensures every test run produces consistent, trustworthy data. For inertial navigation system evaluation, where minute angular errors translate into significant drift, this level of precision is essential.
◆ Exceptional Resolution for Fine Adjustments
Angular resolution down to 0.0001° enables ultra-fine positioning for demanding calibration sequences. This granularity supports detailed sensor characterization that coarser systems simply cannot deliver.
◆ Speed That Covers the Spectrum
Rate range from ±0.001°/s to ±500°/s handles everything from slow drift characterization to high-speed dynamic sweeps. One platform accommodates the full testing envelope.
◆ Boundless Rotation for Comprehensive Testing
360° continuous rotation eliminates mechanical stops, enabling uninterrupted multi-turn testing and extensive attitude profiling without range limitations.
◆ Vertical and Horizontal Versatility
Dual-orientation capability adapts to diverse test scenarios—from inertial sensor characterization in horizontal mode to gravity-sensitive testing in vertical configuration. One table serves multiple test stands.
◆ Generous Payload Capacity
Supporting 25 kg loads on a φ320 mm table, the system accommodates complete navigation assemblies, sensor suites, and test fixtures without compromise.
◆ Built for Reliable Results
Precision construction ensures stable, repeatable performance across thousands of test cycles. Consistent results mean fewer repeat tests and greater confidence in your data.
◆ Applications
Inertial navigation system calibration. Gyroscope and accelerometer characterization. Sensor validation in vertical and horizontal orientations. Research and development testing. Production quality assurance.
◆ Versatile Precision for Demanding Testing
This test table is purpose-built for engineers who need both accuracy and flexibility. By delivering high-precision angular positioning in two orientations with a wide speed range, it provides the adaptability to handle diverse testing scenarios—from development through production.
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