TM10000 Servo-Driven Vibration Concrete Paver Block Machine is a state-of-the-art machine for concrete block manufacturing, delivering exceptional efficiency and precision. It has a pallet size of 1100 × 950mm which can maximum produce 15,000 pieces of 400×200×200mm hollow blocks or 1,000 square meter paver stone in 8 working hours.
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Pallet Size: |
1100×950×30(mm) |
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Vibration Motors |
2×12.8kw Servo drives-controlled Italian Physis servo motors |
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Vibration Table |
Dynamic and static vibration table |
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Control System |
German Siemens PLC Control |
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Hydraulic System |
Japanese Yuken Proportional hydraulic valves, 30kw motor |
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Feeder Car Design |
Double swing arms driven, Powered by 5.5kw motor |
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Products Height |
50-200mm, possible to heighten to 500mm |
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Cycle Time: |
15-20 Seconds |
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Power Consumption: |
61.5 kW |
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Machine Gross Weight |
14 Ton (Without mold and without Face Mix Hopper) |
TM10000 Servo-Driven Vibration Concrete Paver Block Machine
The TM10000 is an advanced, high-performance concrete paver block machine engineered with state-of-the-art servo-driven vibration technology. Designed for heavy-duty, continuous industrial production, it combines premium international components to deliver unparalleled precision, speed, and product density.
The servo-driven system provides instantaneous response times, highly precise synchronization, and greater vibration force compared to traditional motors. This results in much denser paver blocks, faster cycle times, lower noise levels, and significant energy savings.
The TM10000 uses a specialized swing-arm feeder car. Because it is powered by a Siemens motor and regulated by a frequency inverter, the acceleration and deceleration of the feeding carriage are smoothly controlled. This prevents material segregation and ensures every mold cavity is filled evenly and accurately.
If you encounter any software or operational issues, our engineers can remotely connect to your machine's Siemens PLC system via the internet. We can run diagnostics, update parameters, and troubleshoot faults in real-time, eliminating the need to wait for a technician to arrive on-site and keeping your production running smoothly.