Load capacity 20 kg, three-axis angular position positioning accuracy ±5'', repeatability ±3'', resolution ±0.36'', angular acceleration 400°/s²
★Its working surface flatness is better than 0.02 mm, and the axis perpendicularity error is controlled within ±5 arcseconds, ensuring fundamental motion accuracy.
★In terms of dynamic performance, the turntable achieves an angular rate stability index of 5e-005 at high speeds (≥10°/s), realizing extremely low noise and ultra-stable speeds under high-speed rotation.
★The equipment has a mean time between failures (MTBF) of no less than 1000 hours and is equipped with 25-channel conductive slip rings, ensuring stable power and signal transmission during continuous rotation and supporting long-term automated unattended testing.
★This turntable has been widely used in key fields such as aerospace, autonomous driving, and high-end equipment R&D. It is used for the precision calibration of satellite attitude sensors, airborne inertial navigation systems, and missile guidance components, verifying their reliability in complex environments; providing multi-axis motion simulation for vehicle-mounted integrated navigation systems, testing their pure inertial navigation capabilities when satellite signals are missing; and serving as an ideal experimental platform for robotics, precision stabilization platforms, and cutting-edge scientific research, comprehensively driving the verification and innovation of inertial sensor technology.
★Designed for precision calibration and reliability verification in aerospace, autonomous driving, and advanced inertial navigation systems.
