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When precision manufacturing and advanced research face the physical limitations and accuracy bottlenecks of traditional turntables, how do we break through? We are proudly introducing our new 3-axis continuous rotation platform. With its dead-zone-free, continuous and unlimited rotation, exceptional angular accuracy, and robust load adaptability, it offers the perfect solution for complex multi-dimensional motion control, serving as an ideal engine for high-end R&D.

The BE-INS3-23A14 is a professional three-axis rate table for sensor calibration and dynamic testing. With 360° continuous rotation, ±150°/s angular velocity, and 0.005° resolution, it delivers reliable motion reference for R&D teams in autonomous systems, robotics, and precision instrumentation—supporting payloads up to 2kg with consistent speed stability across all rate bands.

As autonomous driving technology rapidly evolves, the demands on sensor testing environments are escalating. The newly launched BE-INS3-26B13 Three-Axis Precision Turntable offers a perfect physical platform for high-performance inertial device testing, featuring 360° continuous rotation, millisecond-level response, and robust construction. It isn't just a mechanical innovation but an integrated model of intelligent testing. Equipped with multi-channel capabilities and automatic NG alarms, it se

Engineered for commercial aerospace autonomous driving and advanced robotics this system features a robust vertical U O T structure operating seamlessly between extreme temperatures. It offers exceptional payload capacity for rigorous dynamic simulations and sensor calibrations. With superb angular acceleration and outstanding rate smoothness it delivers an ultra reliable testing solution in complex environments empowering next generation R and D innovations.

Designed for ultra-weak magnetic environments, this non-magnetic turntable fits shielded cylinders. Its non-metallic composite structure ensures ultra-low remanence to avoid self-interference. Manual worm gear drive enables precise multi-axis fine-tuning with reliable self-locking. Perfect for quantum physics, magnetometer calibration, and atomic magnetometer testing.

As navigation sensor R&D and production laboratories pursue space-saving, cost-effective precision testing equipment, we officially launch the BE-INS2-22D05 single-axis high-precision rate table. This integrated rotary platform balances outstanding angular stability and compact layout, serving as a reliable motion reference for inertial measurement unit validation, sensor performance characterization and routine calibration tasks.

Combining ±5″ accuracy, ±500°/s rate, 300°/s² acceleration, and 20kg payload on a Φ360mm steel platform, the BE-INS3-23B06 triaxial rate table serves as motion simulator and gyro stand for INS calibration and gyro testing. With 360° continuous triaxial rotation, arc-second repeatability, and automated control, the system supports attitude simulation, radar servo testing, and high-dynamic navigation validation.

Combining ±10 arcsec accuracy, ±10000°/s max rate, and 10000°/s² max acceleration, the BE-INS3-22D31 three-axis optical inertial simulation table delivers precision for INS verification, gyro testing, and MEMS validation. Featuring 360° inner-axis rotation with 10kg payload and aluminium platform, the system supports aerospace research, satellite payload calibration, and aircraft navigation testing with high dynamic performance.