Precision angular testing has always involved trade-offs—high speed at the expense of accuracy, or exceptional resolution limited by sluggish dynamics. This newly launched single-axis turntable eliminates that compromise.
◆ Unmatched Positioning Fidelity
At ±5 arc-second accuracy and ±1 arc-second repeatability, the system ensures every test run produces consistent, trustworthy data. With 0.0001° resolution, it supports fine alignment tasks for optoelectronic and optical component characterization.
◆ Exceptional Speed Range
Spanning ±0.001°/s to ±500°/s, the turntable accommodates the full spectrum of angular test requirements—from low-rate drift characterization to high-speed dynamic simulations—all on a single platform.
◆ Unrestricted Angular Travel
Continuous 360° rotation eliminates mechanical stops, enabling multi-turn testing for full-revolution scans, attitude profiling, and extended endurance runs without constraints.
◆ Generous Payload Capacity
Supporting loads up to 25 kilograms and components up to φ320 mm, the system handles diverse device types from compact MEMS sensors to larger optical assemblies, reducing the need for multiple fixtures.
◆ Built for Production and R&D
Rapid positioning minimizes test cycle times for high-throughput screening, while durable construction ensures consistent performance across extended duty cycles with minimal maintenance.
◆ Engineered for Seamless Integration
Standard control interfaces and familiar data acquisition protocols enable quick incorporation into existing test benches without extensive re-engineering.
◆ Applications
Inertial Navigation: Calibration of fiber optic gyroscopes, ring laser gyros, and MEMS IMUs.
Optoelectronic Systems: Boresight alignment, gimbal tracking, and line-of-sight stabilization verification.
Automotive Sensors: High-volume screening of yaw rate, steering angle, and robotic joint encoders.
R&D Laboratories: Validation of novel sensor designs against established benchmarks.
◆ A New Standard in Speed-Accuracy Balance
This turntable proves that high-speed rotation need not compromise precision. By delivering sub-arc-second positioning across a 500°/s envelope, it offers engineers a practical, reliable solution that scales seamlessly from development to production.
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