Fully Automatic Concrete Block Making Machine for Hollow, Solid & Paving Blocks
The T10 automatic block making machine combines intelligent control and flexible production technology to manufacture diverse concrete products, including hollow blocks and paving blocks, while supporting solid waste recycling.
Ⅰ.Block Machine Overview
The T10 fully automatic concrete block making machine combines QGM's established block-making equipment expertise with advanced German engineering concepts and intelligent control technology. Designed for efficient and flexible concrete product manufacturing, the T10 integrates a compact machine structure, reliable operation, user-oriented controls, and modular forming technology into a single production platform.
The machine is designed to support manufacturers ranging from medium- and large-scale concrete product producers to new projects establishing automated block manufacturing operations. Its flexible configuration allows the T10 to produce different concrete products while adapting to varying production requirements.
The T10 also supports the utilization of selected industrial and construction waste materials, including fly ash, coal gangue, steel slag, tailings, and construction waste, subject to appropriate material preparation and mix design. This capability makes the machine suitable for concrete product projects that combine block manufacturing with solid waste recycling and resource utilization.
Depending on the mold and production configuration, the T10 can manufacture hollow concrete blocks, standard concrete blocks, paving blocks, slope protection products, grass pavers, and other molded concrete products.
These products can be used in sponge-city infrastructure, parks and plazas, residential and community developments, landscaping projects, and small- to medium-scale municipal construction.
For manufacturers searching for a fully automatic concrete block making machine for hollow blocks and paving blocks, the T10 provides a flexible production platform that combines automated forming, adaptable vibration control, and multiple material-handling technologies.
Ⅱ.Block Machine Specifications
Products | External Dimensions | Blocks per Mold | 8-hour Production Capacity |
Hollow Blocks | 390*190*190mm | 10 | 11,520-14,420 |
Standard Blocks | 240*115*53mm | 51 | 73,440-97,920 |
Dutch Blocks | 200*100*60mm | 35 | 40,320-50,400 |
Model | T10 |
Pallet Size | 1200*950 / 1200*870mm |
Max Molding Area | 1100*820mm |
Product Height | 40*300 / 40*500mm |
Cycle Time | 15 - 25s |
Vibration Type | Table Vibration |
Control System | SIEMENS |
*Actual production output depends on product configuration, mold design, raw material characteristics, mix design, and operating conditions.
Ⅲ.Technical Advantages
1. Four-Axis Servo Vibration System for Precise Forming Control
The T10 can be equipped with a four-axis servo vibration system designed to provide accurate and responsive vibration control during concrete forming.
Synchronized Servo Drive and Balanced Vibration:
Four servo motors synchronously drive four sets of eccentric shafts. The centrally symmetrical arrangement helps counteract horizontal vibration forces and concentrates the effective excitation in the vertical direction. This balanced configuration helps reduce unnecessary resonance and supports stable energy transfer during molding.
Stepless Vibration Adjustment:
The servo system enables continuous adjustment of excitation force. Vibration parameters can be configured according to different product types and forming requirements, providing greater control over concrete compaction and helping maintain dimensional consistency and production stability.
For manufacturers operating a servo vibration concrete block making machine, this configuration provides greater flexibility when switching between different molds and concrete products.
2. Optional Two-Axis Servo System for Flexible Production Control
The T10 can also be configured with an optional two-axis servo vibration system for applications requiring coordinated control of vibration parameters.
Closed-Loop Servo Regulation:
The dual-servo configuration uses multi-axis servo drives together with a bus-based closed-loop control system to regulate vibration frequency, amplitude, and phase.
Coordination with the Forming Process:
Vibration parameters can be coordinated with material feeding and pressing operations, while rapid parameter adjustment supports different products and production processes.
This enables the machine to adapt its forming conditions more efficiently when production requirements change.
For customers evaluating an automatic block making machine with servo vibration control, the optional system provides an additional level of process flexibility.
3. Air-Spring Mold Frame Clamping System for Faster Mold Changeovers
The T10 uses an air-spring mold frame clamping system to replace conventional mechanical clamping arrangements.
Rapid Pneumatic Clamping and Release:
The system controls mold-frame locking and release through air-spring inflation and deflation. This provides quick response, consistent clamping force, and accurate mold positioning.
Stable Mold Fixation During Vibration:
Secure mold clamping helps maintain mold stability during the forming process while reducing vibration-related movement and wear at the mold interface.
The rapid clamping and release process also helps shorten mold changeover procedures, making the T10 suitable for manufacturers producing multiple types of concrete products.
This feature supports efficient quick mold change concrete block production where production flexibility and equipment utilization are important.
4. Vibrating Ram System for Efficient Compaction and Easy Maintenance
The T10 vibrating ram is equipped with an air-cushion quick-locking mechanism designed to simplify installation, replacement, and securing.
Air-Cushion Quick Locking:
The locking mechanism allows the ram to be installed and released efficiently, reducing manual intervention during maintenance and product changeovers.
Coordinated Vibration During Pressing:
High-efficiency vibration motors are installed on both sides of the ram to distribute vibration forces more evenly during concrete compaction.
This coordinated action helps support uniform material density, compressive strength, and surface finish in the finished products.
For manufacturers producing different block specifications, the quick-change configuration can also simplify maintenance and mold-related production adjustments.
5. Automatic Mold Ejection System for Efficient Product Switching
The T10 incorporates a quick mold ejection system that automates key stages of mold handling.
Automated Mold Insertion and Positioning:
The system supports automatic mold insertion, accurate positioning, and rapid ejection, reducing the need for conventional manual mold installation and removal.
Reduced Changeover Time:
Its modular configuration helps shorten mold replacement procedures and supports faster transitions between different product specifications.
For plants manufacturing multiple concrete products, this provides greater flexibility for automatic concrete block production with quick mold change.
6. Hydraulic Base-Material Feeding System for Consistent Material Distribution
The T10 uses a hydraulically driven base-material feeding system to control the movement and filling process with greater precision.
Hydraulic Drive and Adjustable Feeding:
The hydraulic cylinders control feeding speed and thrust, helping distribute base concrete consistently throughout the mold cavities.
Reduced Material Bridging and Segregation:
Stable material movement helps minimize feeding problems such as blockages, leakage, and material segregation. Consistent filling conditions provide a more stable foundation for the subsequent vibration and pressing process.
For manufacturers processing different aggregate compositions, controlled material feeding is particularly important for maintaining consistent forming conditions.
The system can therefore support applications involving concrete block production with recycled aggregates, provided that the material is properly prepared and suitable for the intended product.
7. 360° Rotating Arch-Breaking System for Reliable Material Flow
The T10 bottom-material feeder incorporates an independent reduction-drive mechanism that rotates wear-resistant material-distribution blades through a continuous 360° range.
Full-Rotation Material Distribution:
The rotating blades operate in coordination with material feeding to address arching conditions throughout the silo. This creates a more comprehensive arch-breaking action than localized oscillation or vibration.
Reduced Bridging and Feeding Interruptions:
By helping prevent material bridging and blockages, the system supports continuous material flow and can reduce the need for manual material clearing.
Stable feeding is especially important for automated production lines, where interruptions in material distribution can affect the consistency and continuity of the entire forming process.
The system can be particularly useful in block making machines for construction waste and solid waste recycling, where material flow characteristics may vary depending on the processed raw materials.
8. Integrated Hydraulic Power Unit for Stable and Efficient Operation
The T10 hydraulic power unit adopts an integrated modular configuration that combines the hydraulic power system, control components, and fluid lines into a compact assembly.
Integrated Hydraulic Architecture:
Compared with conventional split hydraulic systems, the integrated design reduces the number of external pipe connections. This helps minimize potential leakage points while providing a more compact hydraulic layout.
Responsive Operation and Convenient Maintenance:
The integrated arrangement supports responsive hydraulic operation and stable pressure control while making routine inspection and maintenance more accessible.
The system is designed for continuous production environments where stable hydraulic performance and simplified equipment maintenance are important.
For manufacturers investing in a fully automatic concrete block production line, the integrated hydraulic system works together with the servo vibration, feeding, mold, and pressing systems to support coordinated machine operation.
Ⅳ.Production Line Layout
Ⅴ.Block Samples and Applications
Ⅵ.Videos
Interested in our products? Contact QGM today to discuss your project requirements. Submit your inquiry online or call us at +86-595-8679-9299. Our team is ready to assist you.
