Concrete Brick Making Machine
The construction industry increasingly demands versatile and efficient solutions for block production. Our advanced Concrete Brick Making Machine stands at the heart of modern manufacturing, seamlessly integrating with the latest Concrete Block Machinery. From individual units to fully automated setups, this technology anchors a reliable Concrete Block production line. Every component, including core Concrete Block Machine equipment, is engineered for precision and durability. Whether you're expanding an existing facility or launching a new venture, pairing the system with ancillary Concrete Block equipment maximizes output and ensures consistent block quality across all project requirements.
The Concrete Brick Making Machine incorporates a series of innovative features that streamline block fabrication. High-intensity hydraulic pressure and synchronized vibration deliver dense, uniform blocks with minimal water content. An automatic stacking and curing system can be integrated to further enhance output. Operators benefit from an intelligent PLC interface that stores multiple block recipes, enabling instant changeovers between solid bricks, hollow blocks, and interlocking pavers. The robust frame is fabricated from Q345B steel, treated with shot blasting and automotive-grade paint for long-term corrosion resistance. Maintenance is simplified through centralized lubrication points and easily replaceable wear parts. Below is a detailed overview of available models and their performance metrics:
- Vibration motor speed: 0–4500 rpm for optimal compaction
- Hydraulic system pressure: 0–31.5 MPa with servo control
- Feeding hopper capacity: 0.8–1.2 m³, matched with belt conveyor
- Mold change time: less than 15 minutes with quick-lock clamps
- Noise level: below 85 dB for operator comfort
- Control system: Siemens PLC with 10-inch color touchscreen
- Safety: dual hand-start buttons and emergency stop rope
- Power supply: customizable for 380V/50Hz or 480V/60Hz
| Model |
Capacity (Pieces/Hour) |
Pallet Size (mm) |
Power (kW) |
Molding Cycle |
| QT4-18 |
3,840 - 5,760 |
880 x 550 |
24.5 |
18 - 25 sec |
| QT6-15 |
7,200 - 9,600 |
950 x 600 |
32.8 |
15 - 20 sec |
| QT8-15 |
10,800 - 14,400 |
1150 x 850 |
45.7 |
15 - 20 sec |
Raw material flexibility allows the Concrete Brick Making Machine to process cement, crushed stone, sand, slag, fly ash, and construction waste. This adaptability makes it suitable for both urban and remote job sites. The precision batching and mixing system ensures consistent block strength exceeding 25 MPa after 28 days of standard curing. For high-volume projects, the machine can be configured with multi-layer stacking robots and automatic cubing systems to reduce manual labor. Typical block types produced include:
- Solid bricks: 190 x 90 x 90 mm, 230 x 110 x 70 mm
- Hollow blocks: 390 x 190 x 190 mm, 400 x 200 x 200 mm
- Pavers: 200 x 100 x 60 mm, 200 x 100 x 80 mm
- Curbs and landscaping units: custom dimensions available
A wide selection of molds is available for producing different textures and sizes. Common mold materials include high-chrome steel and heat-treated alloy for extended service life. Interchangeable molds allow the same Concrete Brick Making Machine to switch from standard masonry blocks to decorative split-face blocks or colored pavers. Color blending systems can be added to create consistent surface pigmentation without manual intervention.
Installation and commissioning are supported by experienced technicians who ensure rapid setup and training. The Concrete Brick Making Machine is shipped in modular components for easy transport and on-site assembly. A standard production setup includes a pan mixer, belt conveyor, block machine, rack elevator, and optional automatic pallet feeder. The compact footprint allows integration into existing facilities with minimal disruption. Comprehensive training covers machine operation, mold adjustment, and preventive maintenance, helping your team achieve full productivity within a short timeframe.
The machine’s energy-efficient design keeps power consumption low while maintaining high output, contributing to lower operational costs over time. Every assembly is tested under full load before dispatch, and on-demand spare parts services reinforce long-term reliability.
