WD616Máy làm sạch muội than bằng hạt vỏ óc chó

Product Features

Wide Vehicle Compatibility: Equipped with 5 sizes of adapters, the WD616 meets the cleaning requirements of most vehicles on the market, including Mercedes-Benz, BMW, Audi, and more. It offers broad compatibility and supports both 110V and 220V power input for use across different voltage standards in Europe, the Americas, and Asia.

Deep Carbon Removal: High-pressure airflow propels walnut shell particles onto the areas being cleaned, effectively removing stubborn carbon deposits from intake manifolds, intake valves, and exhaust valves.

Powerful 1000W Motor: Featuring a 1000W high-power motor and an external air supply, the WD616 delivers strong suction for efficient carbon deposit removal.

Recycling and Reuse: Cleaned walnut shell particles can be recovered through the built-in filter and reused, helping reduce waste and operating costs.

Safe, Eco-Friendly, and Non-Corrosive: Natural walnut shell particles can reach narrow areas inside the engine without causing chemical corrosion or damage to metal surfaces.

3-Year Warranty: For equipment damage caused by non-human factors, AUTOOL provides free replacement parts within three years. If you encounter any issues, please contact us at any time. We will respond promptly within 24 hours. We are committed to taking responsibility for our products, customers, and partners.

Operating Steps

1.Connect the suction hose and blasting gun.

2.Install the blasting gun tube, then insert the blasting gun into the round opening on the suction hose for combined operation.

3.Wear safety goggles before cleaning. Before and after operation, blow air for 10 seconds to prevent walnut shell particles from clogging the system.

4.Select the appropriate adapter according to the vehicle component being cleaned.

5.Open the machine cover, remove the filter, and add at least 2 kg of walnut shell particles.

6.Check the carbon deposit condition. Insert the suction adapter into the manifold opening. Cleaning can be completed in approximately 1–3 minutes.