The block making machine consists of core components including a molding mold box, a vibration system, a material distribution system, a hydraulic system, a mechanical demolding mechanism, and a control system.
The vibration system employs servo-driven multi-axis vibration technology, achieving multi-axis, multi-source, vertically oriented vibration, characterized by high density, high excitation force, energy saving, and noise reduction.
The material distribution system includes an automated reciprocating injection mechanism and a grid-driven reciprocating material distribution technology. The former injects concrete evenly into the molding mold box through the horizontal reciprocating movement of the injection pipe, avoiding localized material accumulation; the latter enables rapid and uniform material distribution, solving the problem of uneven material distribution across different cavities.
The hydraulic system can utilize double-acting four-way cylinders to provide greater pressure (e.g., over 10 tons), ensuring uniform and compacted material.
The control system uses a programmable logic controller (PLC) and touchscreen control, offering easy operation and supporting remote monitoring and fault diagnosis.
Technical parameters include a vibration frequency of 2800-4500 times/minute, a rated pressure of 21 MPa, and a molding cycle of 28-38 seconds.
