floor block making machine

The QT15-15 professional wholesale zigzag paver block making machine delivers high-output production of interlocking zigzag pavers for commercial projects. Its robust hydraulic system and high-frequency vibration ensure dense, uniform blocks with accurate interlocking profiles. The fully automatic PLC controls material feeding, pressing, ejection, and stacking for consistent cycle efficiency. Quick mould change capability supports various paver sizes and patterns, enhancing production flexibility. Durable construction minimizes downtime and maintenance costs. The QT15-15 achieves exceptional daily capacity, making it ideal for large-scale paving contractors and wholesale suppliers requiring reliable, cost-effective paver manufacturing.

The QT9-15 high standard road paver block making machine delivers efficient production of interlocking pavers, curb stones, and hollow blocks. Its robust hydraulic system ensures high compaction and product uniformity. The machine features a user-friendly PLC control panel for automated cycle operations, reducing labor needs. Vibration technology with synchronized motors achieves superior block density. 

The QT6-15 delivers high efficiency with low energy consumption, producing up to 8640-11520 hollow blocks per hour. Its fully automatic PLC system ensures precise control and easy operation. Robust vibration and hydraulic system guarantee dense, uniform blocks. Quick mould change allows versatile production of paving stones, hollow blocks, and more. Durable construction reduces maintenance costs. Ideal for medium-scale operations seeking reliable, cost-effective concrete block solutions.

The QT5-15 Automatic Intelligent Cement Stone Paver Brick Forming Machine is a high-performance, fully automated system designed for producing high-quality paving bricks, curb stones, and interlocking blocks. Featuring an advanced PLC intelligent control system with a user-friendly touchscreen interface, it enables precise management of vibration, hydraulic pressure, and forming cycles.