Precision meets thermal fidelity. This dual-axis system sets a new benchmark for gyro calibration and inertial device testing.
◆ Accuracy That Redefines Standards
Inner-frame positioning accuracy better than ±1 arc-second, outer-frame better than ±2 arc-seconds. Repeatability better than 0.5 arc-second on both axes, with measurement resolution finer than 0.036°. Perpendicularity between axes and verticality between table and spindle both maintained within ±1.8 arc-seconds—uncompromised precision for the most demanding calibrations.
◆ Speed That Spans the Extremes
Inner frame reaches 1000°/s at 20 kg load, 400°/s at 40 kg load, and 200°/s at 80 kg load; outer frame delivers 200°/s. Speed resolution better than 1×10⁻⁶ for ultra-fine control. Rate stability scales with precision: better than 2×10⁻³ over 1° average, 1×10⁻⁴ over 10° average, and 1×10⁻⁵ over 360° average—clean motion at every speed.
◆ Acceleration That Mirrors Real-World Dynamics
Inner frame delivers ≥300°/s², outer frame ≥110°/s²—enough to simulate rapid attitude corrections and dynamic disturbances for comprehensive gyro characterization.
◆ Boundless Rotation for Unrestricted Testing
Continuous and infinite rotation on both frames eliminates mechanical stops, enabling uninterrupted multi-turn testing without range limitations.
◆ Integrated Thermal Chamber for Precision Environmental Control
650×650×650 mm working volume spans -55°C to 85°C with ≤0.1°C temperature control accuracy and ≤1°C uniformity. Heating and cooling rates are linearly adjustable from 0.3°C/min to 5°C/min across the full temperature range—enabling precise thermal profiling for rigorous sensor validation.
◆ Precision Construction for Stable Results
600 mm working desk maintains 0.008 mm flatness and 0.01 mm runout, providing an exceptionally stable mounting surface for sensitive test articles.
◆ Generous Payload Capacity
Supporting loads up to 80 kg with rate scaling by load, the system accommodates complete gyroscope assemblies, IMU units, and heavy inertial test fixtures without compromise.
◆ Engineered for Long-Term Reliability
Advanced precision measurement technology ensures consistent results across thousands of test cycles, reducing maintenance costs and delivering long-term operational stability.
◆ Applications
Gyroscope calibration and characterization. Inertial sensor validation. IMU and AHRS testing. Aerospace and defense component qualification. Precision instrument calibration.
◆ The New Standard in Gyro Calibration
This dual-axis thermal chamber turntable is purpose-built for professionals who demand the highest levels of accuracy, stability, and environmental control. By delivering exceptional precision across a wide thermal range, it provides the confidence to qualify inertial sensors with uncompromising rigor—from development through production.
#DualAxisTurntable #ThermalChamber #GyroCalibration #InertialTesting #PrecisionPositioning #ArcSecondAccuracy #HighLoadCapacity #TemperatureControl #IMUCalibration #SensorValidation
