Automotive parking sensors (reverse radars) are distributed around the vehicle body, responsible for detecting obstacle distance and assisting safe parking, requiring small size, stable signal and reliable sealing, adapting to road vibration, dust and rainwater erosion. Traditional ultrasonic welding affects internal ultrasonic sensing elements, leading to unstable detection distance and false alarms, while adhesive bonding has poor aging resistance and low production efficiency. DaokeDao laser welding adopts a non-contact low-heat process, with zero vibration interference to internal sensing components, ensuring the consistency and accuracy of sensor detection distance (error ≤±1cm). The welding process is suitable for PC and PBT housing materials, forming a sealed structure that meets IP67 protection grade, effectively resisting dust, rainwater and car wash water intrusion, maintaining normal operation in harsh road environments. The equipment supports miniaturized component welding, with compact structure and small footprint, easy to integrate into automated production lines, with a production capacity of 130 pieces per hour. The product pass rate is stable above 99.5%, helping automotive sensor manufacturers improve product reliability and meet the assembly needs of high-end models and mainstream civilian models.
