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Vehicle chassis inspection enters the intelligent era
2025-08-07
Undercarriage inspection is gradually entering the era of intelligence. New undercarriage inspection equipment uses laser scanning, ultrasonic detection, and other technologies to accurately detect the structural integrity and wear and tear of components. For example, laser scanning technology can quickly generate a 3D model of the undercarriage, clearly showing the shape and position of each component. By comparing it with the standard model, problems such as undercarriage deformation and loose components can be detected in a timely manner. At the same time, ultrasonic detection can detect the welding quality of key parts of the undercarriage, ensuring the safety and reliability of the undercarriage.
AI-powered motor vehicle appearance inspection
AI technology is playing an increasingly important role in motor vehicle appearance inspection. Deep learning-based image recognition systems can quickly and accurately detect problems such as scratches, dents, and paint chipping on vehicle exteriors. Inspection equipment uses multi-angle high-definition cameras to collect images of the vehicle exterior, and AI algorithms analyze these images to complete a full vehicle exterior inspection in a short time, with significantly higher accuracy than manual inspection. This greatly improves the efficiency and accuracy of motor vehicle appearance inspection and has broad application prospects in vehicle repair, used car evaluation, and other scenarios.
New breakthrough in new energy vehicle battery detection
In the field of new energy vehicles, battery detection technology has made a new breakthrough. The newly developed non-destructive testing technology can accurately assess the health status, remaining capacity, and potential failure risks of the battery without disassembling it. This technology uses advanced electrochemical impedance spectroscopy analysis and thermal imaging detection methods to quickly detect subtle problems inside the battery, such as electrode aging and electrolyte leakage. This breakthrough not only helps to extend the battery life but also improves the overall safety and reliability of new energy vehicles, allowing consumers to use new energy vehicles with greater peace of mind.
Intelligent Connected Vehicle Testing Technology Upgrade
With the popularization of intelligent connected vehicles, related detection technologies have ushered in a major upgrade. Nowadays, the detection system can not only detect traditional mechanical parts of vehicles, but also evaluate intelligent driving assistance systems and vehicle networking communication functions. New detection equipment can simulate complex road conditions and test the response accuracy and stability of intelligent driving systems in different scenarios to ensure the safe driving of vehicles in intelligent networking mode. For example, through high-precision sensors and advanced algorithms, it can be detected whether the sensors of autonomous driving vehicles can accurately identify road markings, pedestrians and other vehicles, ensuring the reliable operation of intelligent driving functions.