The throttle body air intake assembly serves as the gateway through which all combustion air must pass, making its design, cleanliness, and proper operation critical for accurate air-fuel ratio control, engine response, and overall powertrain performance in modern fuel-injected engines. Sakes Auto Parts, established in April 2016 by a coalition of influential regional dealer representatives in the automotive hub of Anting Town, Jiading District, Shanghai, was founded to satisfy the demand for transformation and upgrading within the automotive aftermarket, and our close-interest community structure enables us to offer throttle body air intake solutions that reflect our commitment to precision manufacturing and system integration. Through our unified management across different administrative areas and strategic capital pooling, we ensure that every throttle body air intake assembly we supply under the SAKES brand is manufactured with precisely machined throttle bores, smooth internal passages that minimize airflow restriction, and accurately calibrated throttle plates that seal completely when closed to maintain proper idle air control and prevent vacuum leaks. Our deep expertise in Volkswagen and Audi platforms has given us unique insights into the specific throttle body air intake requirements of these vehicles, where integrated electronic throttle control, idle air bypass circuits, and manifold absolute pressure sensor interfaces demand components that match original equipment specifications for bore diameter, throttle plate geometry, and electrical connector configurations. By integrating research, development, production, sales, and service under one unified structure, we deliver throttle body air intake solutions that help professional technicians restore proper engine breathing, eliminate drivability issues such as hesitation or surging, and provide end consumers with the confidence that their vehicle’s air induction system is equipped with components engineered for optimal airflow, precise control, and long-term reliability.