Addressing the complex needs of baking companies building new factories or upgrading existing production lines, we offer comprehensive solutions for fully automated production lines covering multiple categories, including hamburgers, toast, croissants, baguettes, and bread. From factory layout and cleanroom design to equipment integration and installation, we provide turnkey projects to help companies quickly build efficient and stable large-scale production capabilities, ensuring automation and consistent quality control throughout the entire process from raw material input to finished product output.

Targeting the critical temperature and humidity-sensitive aspects of the baking process, our continuous automatic proofing system and spiral cooling tower, with their precise temperature control technology and stable operating performance, ensure thorough and even dough proofing, rapid product cooling, and no deformation. This system is widely adaptable to various baking production lines, helping companies maintain excellent product quality in mass production while significantly reducing energy consumption and manual intervention.

Kenxin's tunnel ovens and supporting equipment utilize internationally advanced hot air circulation and temperature control technology to meet the baking process requirements of different baked goods. The equipment supports modular selection and customized development, enabling flexible responses to production switching of diverse products and providing baking factories with baking solutions that combine high performance and cost-effectiveness.

Targeting the critical temperature and humidity-sensitive aspects of the baking process, our continuous automatic proofing system and spiral cooling tower, with their precise temperature control technology and stable operating performance, ensure thorough and even dough proofing, rapid product cooling, and no deformation. This system is widely adaptable to various baking production lines, helping companies maintain excellent product quality in mass production while significantly reducing energy consumption and manual intervention.