The Review On YouTube

The Car Shaker Auto Road Simulator is an advanced automotive testing device designed to simulate real road conditions directly within workshops and service centers. It allows technicians to accurately evaluate vehicle suspension systems by reproducing road vibrations and movement patterns in a controlled environment, ensuring precise diagnostics and improved vehicle reliability.

📌 Product Overview:

Designed for small vehicles with a maximum load capacity of 3,500 KG, the Car Shaker Auto Road Simulator delivers accurate suspension scanning with exceptional safety and efficiency. Featuring a robust structure and advanced vibration control system, it supports vibration durations from 0.6 to 600 seconds. Operating on 2P 220V 50/60HZ 15A, it performs reliably in temperature ranges from -10°C to +50°C, making it suitable for diverse working environments.

✨ Key Features:

• ✅ Low Noise Operation: Enables accurate detection of abnormal suspension noises.
• ✅ Enhanced Safety: Non-slip platforms provide secure vehicle positioning during testing.
• ✅ High Stability: Universal wheels and reinforced bases ensure stable operation.
• ✅ Durable Construction: Thickened and widened support structure for long service life.

🛠 Operating Procedure:

Important: Follow these steps carefully to ensure safe and efficient operation of the equipment.

1. Preparation: Lift the vehicle to the required height and secure it onto the platform.
2. Positioning: Center the vehicle correctly and lock the outer supports firmly.
3. Power Connection: Connect the equipment to the power source and confirm proper grounding.
4. Power On: Start the system and begin testing at the lowest frequency.
5. Monitoring: Gradually increase vibration frequency while observing vehicle components.
6. Shutdown: Stop the test using the control panel upon completion or in emergencies.
7. Emergency Handling: Use the emergency stop button if required and secure the system.
8. Completion: Lift the vehicle, remove it safely, and reset the equipment for future use.