Temperature shifts. Motion continues. Accuracy remains.
◆ Accuracy That Defies the Elements
±5 arc-second positioning accuracy across all three axes ensures your test data remains trustworthy, whether at -55°C or +80°C. Verticality between rotational axes is maintained within 10 arc-seconds—because misalignment undermines even the best sensors.
◆ Boundless Rotation, Unlimited Possibilities
360° continuous rotation on every axis eliminates mechanical constraints, enabling uninterrupted multi-turn testing for comprehensive attitude profiling and extended endurance runs without range limitations.
◆ Speed That Spans the Spectrum
Inner frame reaches 400°/s, middle frame 300°/s, outer frame 200°/s, with three-axis coordinated motion at 100°/s. From near-static drift characterization to aggressive dynamic sweeps, one platform covers your entire test envelope.
◆ Acceleration That Mirrors Real-World Demands
Inner frame delivers 300°/s², middle frame 200°/s², outer frame 100°/s²—enough to simulate rapid attitude corrections, target acquisition snaps, and stabilization disturbances without exceeding payload limits.
◆ Rate Stability from Crawl to Full Stride
Rate accuracy and smoothness scale intelligently: 5×10⁻³ over 1° average at low speeds, 5×10⁻⁴ over 10° average, and 5×10⁻⁵ over 360° average at full speed. The result is clean, artifact-free motion at every operating point.
◆ Built to Withstand Extremes
The integrated thermal chamber, with customizable internal dimensions (minimum 400×400×400 mm), spans -55°C to +80°C. Temperature fluctuation stays within ±0.5°C, uniformity within 2.0°C, and deviation within ±2.0°C. Heating and cooling rates reach 3°C/min across the entire range with representative 20 kg thermal loads—enabling efficient thermal cycling without compromising test throughput.
◆ Engineered for Heavy-Duty Stability
At 1.4 tons, this turntable is built for permanent installation in metrology laboratories and environmental test facilities. The robust construction ensures long-term stability and minimal deflection under load, while the U-U-T configuration provides optimal structural stiffness.
◆ Where This System Excels
Inertial navigation calibration. Gyroscope and accelerometer characterization. Optoelectronic device verification. Aerospace sensor validation. Any scenario where combined thermal stress and precision angular motion are non-negotiable.
◆ The Complete Environmental Test Platform
By unifying high-accuracy three-axis positioning, wide-range thermal conditioning, and robust mechanical construction, this turntable eliminates the uncertainties of transferring test articles between separate thermal chambers and motion platforms. For engineers who need to qualify sensors across both temperature extremes and dynamic motion, it delivers confidence—in every degree, at every degree.
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