Built around the design principles of universality, modularity, and systemization, the QT10 adopts a standardized modular structure that improves component interchangeability, simplifies maintenance, and supports flexible production configurations. Its mechanical, electrical, and hydraulic systems are integrated for coordinated operation and are equipped with components from internationally recognized suppliers, helping ensure reliable performance and long-term operating stability.
With its flexible mold configuration and precise forming technology, the QT10 automatic block making machine can produce a wide range of concrete products, including hollow blocks, standard concrete bricks, and high-quality paving blocks. It is well suited for manufacturers looking for an efficient and versatile solution for automated concrete block production.
| Pallet specifications | 1250x850mm |
| Molding area | 1150x800mm |
| Product height | 50-200mm |
| Number of molded blocks | Hollow bricks: 10 bricks/mold（390×190×190mm） |
| Standard bricks: 54 pieces/mold（240x115x53mm） | |
| Paving bricks: 35 bricks/mold（200x100x60） |
The QT10 fully automatic block making machine features a heavy-duty machine frame manufactured through precision machining and fixture-assisted integrated welding. High-strength Grade 10.9 or higher bolts are used for critical structural connections, providing reliable resistance to heavy loads and continuous vibration during block production.
Critical fastening points are equipped with Nord-Lock anti-loosening washers to maintain connection stability under prolonged vibration. The machine frame also undergoes vibration stress-relief treatment to reduce residual internal stresses and improve structural stability and dimensional consistency over the equipment's service life.
The modular frame design provides additional flexibility for future system upgrades. Depending on production requirements, optional modules such as side mold opening and closing, core or plate ejection, and polystyrene board insertion can be integrated into the main machine.
The QT10 is equipped with an integrated cast-steel vibrating table designed to provide stable and consistent vibration transmission across the entire molding area.
The optimized vibrating table structure helps distribute excitation forces evenly during the forming process, promoting uniform material compaction and consistent product density. This contributes to more stable compressive strength, dimensional accuracy, and surface quality of the finished concrete blocks.
The variable-frequency vibration system allows the vibration frequency and motor speed to be adjusted according to different concrete products and mix characteristics.
By precisely controlling the excitation force during the molding cycle, the system helps optimize material compaction for different block types and production requirements. This improves forming consistency while reducing unnecessary energy consumption compared with fixed-speed vibration operation.
The adjustable vibration parameters make the QT10 suitable for producing different concrete blocks, hollow blocks, standard bricks, and paving blocks with varying material compositions and density requirements.
The QT10 feeding system is designed to provide stable and uniform material distribution during the block molding process. The mixing shaft is driven by an internationally recognized motor, while the feeding frame, base plate, and mixing blades are manufactured from high-strength HARDOX wear-resistant steel for improved wear resistance and service durability.
The optimized sealing structure helps reduce material leakage during operation. The combined mixing process of forced mixing and reciprocating oscillation promotes more uniform material distribution and improves the consistency of the concrete mix entering the mold.
Consistent feeding and material distribution are essential for achieving stable block density, dimensional accuracy, and overall product quality.
The QT10 hydraulic system uses hydraulic pumps and valves from internationally recognized manufacturers to provide stable power transmission and precise forming control.
The hydraulic components are arranged in a compact three-dimensional layout, which helps optimize machine space while providing convenient access for inspection and maintenance.
Key hydraulic parameters, including operating speed, system pressure, and cylinder stroke, can be adjusted according to different product types and molding requirements. This flexible hydraulic control helps maintain stable forming performance while improving energy efficiency and production adaptability.
The QGM Intelligent Equipment Cloud Service Platform provides a digital solution for monitoring, diagnosing, and managing automatic block making machines throughout their operating lifecycle. By integrating cloud computing, industrial data communication, equipment modeling, artificial intelligence, and big data analytics, the platform continuously collects and analyzes machine operating data to provide a clearer view of equipment performance and production status.
Through remote connectivity, operators and maintenance teams can access equipment information, monitor operating conditions, perform remote system upgrades, and identify potential faults without being physically present at the machine. The platform also supports intelligent fault prediction, equipment health assessment, and data-based operating reports, helping users identify maintenance needs at an earlier stage and reduce the risk of unexpected downtime.
By combining real-time equipment monitoring, remote diagnostics, predictive maintenance, and digital equipment management, the QGM cloud platform helps concrete product manufacturers improve maintenance efficiency, optimize equipment availability, and achieve more intelligent management of their concrete block production operations.
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