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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.

Combining ±3″ accuracy, 0.0001°/s resolution, and ±0.001–350°/s range, the BE-INS2-24B21 dual-axis rate table delivers calibration for INS and spacecraft attitude systems. Designed for satellite, flight, and aerospace sensor validation, it enables characterization from low-speed drift to high-dynamic response with stability across the full range, supporting demanding R&D and production.

Combining ±0.01° positioning accuracy,4kg payload capacity, and adjustable speed from 0.1°/s to 100°/s,the BE-INS2-23D03 dual-axis PTZ motion rate table delivers precision calibration for UAV flight control sensors, gyroscopes,and MEMS devices. Featuring -100° to +100° tilt with 360° continuous pan rotation,the lightweight 18.5kg system supports aerospace sensor validation and unmanned system navigation calibration with reliable, repeatable results for demanding R&D and production environments.

Combining ±1″ angular accuracy, 0.001°/s stability, and 30kg payload on a φ400mm platform, the BE-INS3-23C23 triaxial test stand delivers precision for gyroscope calibration, MEMS verification, and INS alignment. Designed for aerospace guidance and autonomous vehicle testing, the motion simulator ensures arc-second repeatability with exceptional rate stability, supporting demanding R&D and QA environments.

The BE-INS2-24A01 precision dual-axis rotary table features ±10″ positioning accuracy, ±3″ repeatability and a 20kg load capacity on a φ400mm table. It provides precise positioning for optical component alignment, laser calibration and telescope attitude adjustment. Ideal for optical labs, astronomical observatories and industrial automation, it ensures reliable angular positioning with arc-second repeatability, supporting high-precision R&D and quality assurance applications.

The BE-INS2-26A15 dual-axis thermal rate table offers ±5″ positioning accuracy, 0.0001°/s velocity resolution and -55°C to 120°C thermal cycling. It enables precise positioning for semiconductor alignment, optical metrology and inertial sensor calibration. With a 580mm stainless steel platform and 40kg payload, it supports heavy test setups. Ideal for semiconductor manufacturing and precision testing, it ensures reliable full-temperature device characterization with arc-second repeatability.

Combining 40kg payload capacity, ≤0.005° angle measurement accuracy, and rapid dynamic response with minimal overshoot, the BE-INS2-23C01 dual-axis motion simulator delivers precise attitude control simulation for flight control validation, satellite component testing, and guidance system calibration. Designed for high-reliability aerospace and mission-critical applications, the gyroscope test stand ensures accurate inertial navigation testing in demanding R&D environments.