🤖 AI-Powered 3-Axis Turntable with Temperature Control | -55°C to +80°C Precision Chamber + 5″ Accuracy, Trusted by Thousands of Institutions 🌡️

The BE-INS3-23C31 Advanced 3-Axis Turntable Motion Simulation System with Temperature Control is a high-performance test solution that seamlessly integrates AI-driven motion control with a precision thermal chamber. Designed for civilian research institutions and industrial enterprises, it delivers high-precision, low-noise, and long-term stable operation, significantly improving test data accuracy and overall productivity. The system's core strength lies in combining precise thermal management with exceptionally smooth, jitter-free rotational motion.

Key Features & Technical Highlights

AI Intelligent Control: Utilizes advanced algorithms to ensure smooth, jitter-free rotation and adapt to complex test profiles, enhancing result reliability and repeatability.

Wide-Temperature Precision Control: Features a high-performance chamber with a wide -55°C to +80°C range, temperature fluctuation ≤±0.5°C, uniformity ≤2.0°C, and deviation ≤±2.0°C. Achieves a cooling rate of 3°C/min under a 40kg load, suitable for various environmental simulation tests.

High Load & Precision: Supports a rated load of 20kg for UUTs up to Ф300mm×300mm with table flatness ≤0.02mm. Delivers three-axis positioning accuracy ≤±5″ and axis perpendicularity ≤10″ for a precise test datum.

Wide Motion Performance:

Rate Range: Inner axis ±0.001°/s to 400°/s, Middle axis ±0.001°/s to 300°/s, Outer axis ±0.001°/s to 200°/s, with three-axis linkage up to ±100°/s.

Angular Acceleration: Inner 300°/s², Middle 200°/s², Outer 100°/s².

Superior Rate Stability: Achieves rate accuracy and smoothness of 5×10⁻⁵ (360° average), 5×10⁻⁴ (10° average), and 5×10⁻³ (1° average), ensuring long-term test consistency.

Efficient Signal Transmission: Equipped with ≥30 slip rings (8 power rings @3A, 22 signal rings @2A) and data transmission frequency ≥100Hz for clean signal integrity.

Customizable Chamber: Internal dimensions of the temperature chamber can be tailored to accommodate specific UUT requirements.

Technical Specifications at a Glance

Parameter    Specification
Rated Load    20kg
Max UUT Size    Ф300mm × 300mm
Table Flatness    ≤0.02mm
Table Runout    ≤0.03mm
3-Axis Position Accuracy    ≤±5″
Axis Perpendicularity    ≤10″
Rotation Range    360° continuous
Rate Range (Inner/Mid/Outer)    0.001–400°/s / 0.001–300°/s / 0.001–200°/s
3-Axis Linkage Rate    ±100°/s
Max Angular Acceleration    Inner 300°/s², Middle 200°/s², Outer 100°/s²
Rate Accuracy & Stability    5×10⁻⁵ (360° avg), 5×10⁻⁴ (10° avg), 5×10⁻³ (1° avg)
Slip Rings    ≥30 channels (8 power + 22 signal)
Data Transmission Frequency    ≥100Hz
Chamber Temperature Range    -55°C to +80°C
Temperature Fluctuation    ≤±0.5°C
Temperature Uniformity    ≤2.0°C
Temperature Deviation    ≤±2.0°C
Cooling Rate    3°C/min (40kg load)
Applications

Temperature-controlled dynamic testing of inertial sensors (IMU, accelerometers, gyroscopes)

Environmental reliability assessment of MEMS devices

Thermal characteristic analysis of precision instruments

Environmental simulation for aerospace components

Extreme condition validation for automotive electronics

Multi-physics coupling tests in research laboratories

With its unique integration of AI-driven control, a wide-range precision thermal chamber, and high-accuracy motion simulation, the BE-INS3-23C31 is the ideal choice for civilian research and industrial testing applications. Click the link below for a personalized consultation and a detailed product manual.