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The BE-INS3-26B07 High-Precision Turntable provides accurate motion simulation and real-time data acquisition for sensor calibration and performance testing in oil and gas exploration, supporting position, speed, and tracking control modes with flexible communication interfaces for seamless lab integration.

Combining ±0.01° accuracy, 360° pan, ±100° tilt, and 0.1–100°/s adjustable speed, the BE-INS2-23D03 PTZ rate table enables UAV sensor calibration, aerospace MEMS validation, and navigation testing. The 18.5kg system with 4kg payload supports diverse flight sensors and gyroscopes, delivering reliable, repeatable results for R&D, production, and field deployment.

Combining ≤±5″ accuracy, ≤±3″ repeatability, and 30kg payload on a φ400mm platform, the BE-INS3-23C23 triaxial test stand enables INS alignment, gyro calibration, and MEMS verification. Featuring independent three-axis control with 360° rotation and a 0.001–800°/s rate range, the system supports complex calibration trajectories including coordinated triaxial motion and multi-position tumbling for demanding R&D and production environments.

Combining ±10″ accuracy, ±3″ repeatability, and 20kg load on a φ400mm table, the BE-INS2-24A01 dual-axis rotary table delivers precision for telescope attitude adjustment, optical alignment, and astronomical platform positioning. Designed for observatories and aerospace optical testing, the simulator ensures arc-second repeatability for demanding research and instrument calibration.

The BE-INS2-26A15 dual-axis thermal rate table operates from -55°C to +120°C, with ±5″ positioning accuracy and 0.0001°/s velocity resolution. It performs full-temperature testing for MEMS sensors, gyroscopes and inertial devices. Featuring a 580mm stainless platform and 40kg payload, it suits aerospace, automation and sensor manufacturing, delivering reliable validation with arc-second repeatability and low magnetic leakage.

Combining 40kg payload, ≤0.005° accuracy, and rapid response with minimal overshoot, the BE-INS2-23C01 simulator delivers precise attitude control for flight control, satellite component, and guidance testing. Designed for high-reliability aerospace, the gyroscope test stand ensures accurate inertial navigation with wide ranges, supporting demanding R&D where precision and repeatability are essential.

Combining 120kg payload, ≤10″ pointing accuracy, and sub-0.1″ resolution, the BE-INS2-23C27 high-load positioning system delivers precise pointing for large antennas, heavy optics, and radar systems. Designed for satellite communication, celestial observation, and guidance applications, the dual-axis table ensures accurate target acquisition from fine adjustment to rapid slew, supporting demanding aerospace and astronomy R&D.

Addressing extreme thermal challenges in deep-oil & gas drilling, the BE-INS3-26A09 offers 150kg payload, ±20″ accuracy, and full-temp inertial compensation, empowering borehole surveying with independent, high-stability thermal drift control.