3-Axis Thermal Test Turntable: All-Environment Simulation & High-Precision Positioning for Advanced Testing

Revolutionary Design: U-U-T Structure & Environmental Adaptability

U-Frame + Independent 3-Axis Control: Outer, middle, and inner axes operate independently for complex trajectory simulation (e.g., satellite attitude adjustment, LiDAR dynamic calibration).
Extreme Temperature Control: Maintains ≤2℃ uniformity in a 400mm³ chamber with 3℃/min heating/cooling rates, replicating scenarios from desert heat to polar cold.
High Payload & Compactness: Supports 20kg loads (e.g., vehicle LiDAR, aerospace modules) within a 1.4T self-weight structure, ideal for labs and industrial sites.
Core Specifications: Balancing Precision & Speed

Sub-Second Positioning: ≤±5″ angular accuracy (surpassing clockwork precision) for zero-deviation sensor calibration.
Multi-Speed Modes: 400°/s (near helicopter rotor speed) to 0.001°/s (microgravity simulation), covering high-speed dynamics to ultra-low creep tests.
Industrial Reliability: ≤10″ axis perpendicularity and 5×10⁻⁵ rate stability (360° average) ensure long-term error-free operation.
Global Applications: From Labs to Space

Autonomous Driving: Multi-axis vibration testing for LiDAR/cameras in -40℃ snow to 80℃ desert environments.
Satellite Manufacturing: Attitude control validation of gyroscopes and solar panels under thermal-vacuum conditions.
Defense Systems: Thermal shock reliability tests for missile seekers under 300°/s² acceleration.