
HD15 Advanced servo Cement Concrete block machine
| Technical Parameters | HD15 Molding time | Competitive Advantage (vs Industry Standard) |
|---|
| Molding Cycle | 11-19 sec | Ultra-High Speed: Significantly faster than the standard 20-25s cycle, maximizing daily throughput for high-volume paver production. |
| Vibration Frequency | 0-75 Hz | High-Speed Servo: Vibration force: 4×11KW (Italian PHASE Servo Vibration Motors), dynamic and static structure vibration table |
| Rating Pressure | 21 MPa | High-Pressure Molding: Ensures superior load-bearing strength and durability for heavy-duty blocks and pavers. |
| Suitable Block Height | 35-300 mm | Versatile Production: Optimized range for both thin decorative pavers (35mm) and standard road curbstones (up to 300mm). |
| Pallet Size | 1400×1150mm | Optimized Efficiency: A balanced size that supports high output while maintaining energy efficiency for medium-to-large plants. |
| Total Power | 87.1 kW | Energy Saving: Advanced servo technology reduces power consumption by 20-30% compared to traditional hydraulic systems. |
| Dimension (Main Machine) | 3400 x 2700 x 3775 mm | Compact Footprint: Efficient structural design allows for easy installation in existing factory layouts. |
The Tiger 15 European-style servo vibration brick machine represents a significant leap in manufacturing technology. This advanced system utilizes a dual-servo motor drive and incorporates a forced synchronization mechanism to achieve exceptionally precise vibration and compression molding.
Precision Engineering for Superior Productivity
Furthermore, the machine offers a remarkably fast response speed while maintaining low noise levels during operation. Users can flexibly adjust specific parameters to meet various brick type requirements, which ultimately improves both product quality and mold lifespan. In addition to these features, the equipment integrates a sophisticated photoelectric control system. This technology ensures uniform and stable material distribution, thereby preventing the premature liquefaction of raw materials.
Moreover, operators find the system incredibly easy to manage because of its high degree of automation. Thanks to its compact design, maintenance remains simple and cost-effective. Since the machine works efficiently with diverse raw materials like cement and fly ash, it serves as an ideal choice for any modern brick production line.
| PIC | Product size (mm) | Pcs./Pallet | Pcs./Hour |
 | 240*115*53 | 70 | 17000-21000 |
 | 200*100*60 | 54 | 7700-8500 |
 | 225*112.5*60 | 40 | 6400-7100 |
 | 390*140*190 | 18 | 3600-4300 |
 | 400*200*200 | 15 | 2400-2900 |

Concrete block sample

Cement brick sample
1. High-Efficiency and Energy-Saving Hydraulic and Vibration System
The equipment adopts an imported high-efficiency hydraulic proportional system with genuine brand components, ensuring more stable operation, lower energy consumption, and significantly improved overall energy efficiency. Combined with advanced high-efficiency vibration technology, it achieves directional high-frequency vibration, allowing concrete to be quickly compacted in the mold cavity, shortening the molding cycle, increasing the production efficiency per brick, and resulting in excellent density and strength.
2. Intelligent Operation and High Degree of Automation
Equipped with an imported intelligent PLC control system and a touch screen operation interface, parameter settings are intuitive and convenient, and the operating status is displayed in real time, supporting automated continuous operation. Electrical components are all from internationally renowned brands, ensuring long-term stable system operation, reducing failure rates, and simplifying operation.
3. Arch-Breaking Rapid Material Feeding, Suitable for High-Efficiency Production of Porous Bricks
Equipped with an arch-breaking rapid material feeding device, it effectively prevents raw materials from clogging in the hopper, resulting in more uniform and rapid material distribution. This is especially suitable for the production of complex structures such as porous bricks and hollow blocks, improving material consistency and reducing the scrap rate.
4. High-Strength Molds and Durability Assurance
The molds are manufactured using a special high-temperature heat treatment process, significantly improving wear resistance and structural strength. This allows for long-term, high-intensity operation, extending mold life and reducing replacement frequency and maintenance costs.
5. Strong Structural Rigidity and Stable and Reliable Operation
The machine body uses high-strength structural steel and special welding technology, resulting in good overall rigidity and strong vibration resistance. The equipment maintains stable operation even under high-frequency vibration, reducing machine body fatigue damage and extending the overall service life.