Automatic Block, Brick and Paver Making Machine
This automatic machine is designed for efficient production of various concrete products. It is capable of producing paving stones, interlocking bricks, and standard cement blocks.
Technical Specifications
Overview
High-Capacity Automatic Block Production
The QT10-15 is a high-performance automatic cement block forming machine engineered for large-scale production of pavers, interlocking bricks, and hollow blocks. It features advanced German frequency conversion technology and a robust hydraulic system to ensure high product density and energy efficiency. Designed for versatility, this machine allows for rapid mold changes to meet diverse construction requirements with precision and reliability.
Technical Performance
Performance Highlights
Vibration Type
- Vibration Frequency
- 3800-4500 r/min
Production Capabilities
- Supported Block Types
- Hollow BlocksPorous BricksPavement BricksGrass Planting BricksSlope Protection BricksInterlocking PaversColor Surface Tiles
- Forming Cycle
- 12-20 seconds
Machine Specifications
Power Requirements
| Component | Power Rating |
|---|---|
| Total Power | 48.9 kW |
| Stacking Machine | 3.0 kW |
- Machine Size
- 11500 x 4050 x 2800 mm
- Pallet Dimensions
- 1100 x 880 x 25 mm
System Features
Control & Electrical
- PLC controlled electrical system
- Data input and output device integrated
- Safety logic control and fault diagnosis
- German frequency conversion technology
- Adjustable motor running speeds
Hydraulic & Mechanical Features
- Large capacity automatic pressure regulating system
- Integrated cooling system for oil temperature stability
- Advanced oil filtration for component longevity
- High dynamic performance proportional valves
- Vibration-resistant welded main engine frame
- Wear-resistant composite metal molds
Uniform Feeding Technology
The distribution device utilizes a multi-shaft directional feeding mechanism or reciprocating arch-breaking rake to ensure rapid and uniform material spread. Pre-vibration of the cloth shortens the forming cycle while improving block strength and dimensional accuracy.
