Product News

Blue Equator unveils BE-INS-22D17 single-axis test table for INS and gyroscope calibration. This inertial navigation test table delivers arc-second-level positioning accuracy for testing fiber optic gyroscopes and MEMS sensors. Designed for aerospace, autonomous systems, and marine navigation applications, the test table addresses industry demand for reliable platforms capable of validating guidance and navigation components with exceptional precision.

Blue Equator introduces the BE-INS2-23B05 high-speed rotary table for gyroscope and MEMS dynamic testing. This motion simulator and gyro test stand deliver extreme rotational speed for capturing high-frequency sensor response. Designed for flight control development and compact lab environments, the rate table addresses industry demand for reliable platforms validating miniature sensor performance under dynamic conditions with exceptional precision.

Blue Equator unveils BE-INS2-23C10 dual-axis rate table for gyroscope and attitude control testing. This motion simulator delivers high-dynamic performance for validating aerospace navigation sensors and attitude control systems. Designed for real-time attitude simulation and high-frequency swing testing, the rate table addresses industry demand for reliable platforms capable of characterizing gyroscope response under dynamic conditions with exceptional precision.

Blue Equator unveils HZ-INS3-TT23G three-axis motion simulator for INS and gyroscope calibration. This rotary test stand delivers high-accuracy angular control for fiber optic gyroscopes and MEMS sensors. Designed for aerospace, automotive, and industrial R&D, the turntable addresses the demand for reliable platforms for validating guidance and navigation components with exceptional precision.

This dual-axis precision turntable adopts U-type and T-type double frame structure with full 360° continuous dual-axis rotation. Featuring ultra-precision positioning and stable speed performance, it is equipped with high-quality slip ring components for stable signal transmission. Made of high-hardness aluminum alloy, it offers strong rigidity, wide load range and compact size, suitable for optoelectronic detection, instrument calibration, industrial research and precision testing fields.

This three-axis turntable features ±5 arc-second positioning accuracy, ±3 arc-second repeatability, and a 450°/s inner-axis rate. With a 250×250×200 mm table, 1mT leakage, and 25-channel slip ring, it delivers versatile angular testing for inertial navigation, gyroscope calibration, and optoelectronic sensor validation.

This three-axis turntable pairs ±5 arc-second positioning precision with an exceptionally clean magnetic signature of ≤0.1 mT. Supporting 20 kg payloads with 500°/s inner-frame dynamics and rate stability at 5e-005, it delivers a uniquely quiet motion platform for gyroscope characterization, inertial navigation validation, and magnetically responsive device testing.

This three-axis O-O-U structured turntable delivers ±30 arc-second positioning accuracy with 120°/s angular velocity across all axes. Featuring 45 kg load capacity, 6230 mm hollow bore, 287 kg platform weight, and accelerations up to 300°/s², it provides robust angular testing for inertial navigation systems, aerospace sensors, and heavy payload applications in R&D and production environments.