Automotive engine bay components—such as sensor housings, actuator casings, and fluid reservoirs—operate in the harshest environment in a vehicle, exposed to high temperatures (up to 150°C), engine oil, coolant, and constant vibration (10-2000Hz). These components require high-temperature resistance, chemical resistance (resistant to engine oil, coolant, and gasoline), and structural stability (tensile strength ≥26MPa) to ensure long-term reliability. Traditional welding methods may produce welds that degrade under high temperatures or chemical exposure, leading to component failure and engine damage. DaokeDao plastic laser welding forms strong, chemical-resistant welds that withstand high temperatures, engine oil, and coolant. The process uses high-temperature-resistant welding technology, ensuring that welds maintain their strength and integrity even under extreme conditions. The hermetic seal created by laser welding prevents the intrusion of engine oil, coolant, and dust, protecting internal components from damage. The non-contact process eliminates vibration and thermal deformation (distortion ≤0.02mm), maintaining the dimensional accuracy of engine bay components. Our laser systems are designed to withstand the harsh conditions of engine bay production, with high reliability (MTBF ≥8000 hours) and low maintenance requirements. They support high-volume production (up to 90 units/hour) with consistent quality, helping manufacturers reduce failure rates by up to 30% and improve the overall reliability of vehicles.
