A fully‑automatic brick‑making machine is a continuous building‑material production device integrating mechanical transmission, hydraulic drive and intelligent electronic control. It is mostly used for processing various concrete brick green bodies. The complete set of equipment is not a single main unit but assembled from multiple functional systems.

        The whole production line mainly consists of an automatic batching and mixing system, forming main unit, conveying system, finished‑product transfer system and central electronic control system. The batching and mixing system undertakes raw material processing. It can complete the metering, conveying and mixing of materials such as sand, gravel, cement, fly ash and slag according to preset proportions to ensure stable raw‑material components. The forming main unit serves as the core unit of the whole production line. It integrates a frame, hydraulic devices, vibration mechanisms, moulds and material‑distributing assemblies. Mixed materials are compacted and formed through the combined process of vibration and pressing. The conveying system is responsible for pallet transportation, green‑brick transfer and recycling of empty pallets. The electronic control system is equipped with a PLC controller and human‑machine interaction interface to coordinate the orderly operation of each working procedure.

        The production process of a fully‑automatic brick‑making machine features continuity. After raw materials are metered and mixed into qualified compound materials, they are conveyed to the silo of the forming main unit. The material‑distributing mechanism fills materials evenly into the mould cavity. Then the vibration device and hydraulic pressing head work together to compact materials into brick green bodies. Upon completion of forming, automatic demoulding is performed. Green bricks are sent out of the main unit together with pallets and transported to the curing area by conveying equipment, while empty pallets circulate for feeding along the return circuit.

        During equipment operation, procedures are linked by programs. Interlock mechanisms are configured for all actions to reduce manual intervention. By replacing moulds of different specifications, the equipment can produce various cement products including hollow blocks, permeable bricks, slope‑protection bricks and kerb stones, meeting material demands of scenarios such as municipal infrastructure construction, park development and road supporting projects. Industrial solid waste can be properly blended into raw materials, which conforms to the development trend of solid‑waste resource utilization.