automatic brick making machinery
Advanced Clay Brick making Machine systems have redefined modern construction by delivering unmatched precision and output consistency. Our engineering lineup integrates high-torque drive units with intelligent PLC controllers, enabling the production of solid, hollow, and interlocking bricks from diverse raw materials. For operations targeting versatility, the Cement Brick Machinery series processes fly ash, sand, and cement with automatic batching and mixing, reducing manual intervention by up to 70%. When working with natural earth resources, the robust Clay Brick making Machinery incorporates vacuum extrusion technology that removes air pockets, increasing brick density and compressive strength beyond 25 MPa. Complementing these solutions, our high-capacity Cement Brick Making Machine achieves cycle times as low as 12 seconds per pallet, delivering up to 28,800 bricks per 8-hour shift while maintaining tight dimensional tolerances of ±1.5 mm.
The Automatic Brick Making Machinery system embodies a fully synchronized production ecosystem where every stage—from raw material feeding to cured brick stacking—operates under centralized hydraulic and electronic control. Its double-acting press mechanism applies uniform pressure across the mold area, eliminating weak spots and ensuring consistent brick density. Manufacturers benefit from rapid mold changeover capabilities that allow switching between standard bricks, pavers, and curbstones in under 20 minutes without specialized tools.
Key performance specifications distinguish this machinery in high-demand environments:
- Hydraulic system pressure: 21–25 MPa with dual-pump redundancy for uninterrupted operation
- Vibration force generated by twin eccentric shafts: 80–120 kN, adjustable via frequency inverter
- Mold filling height: 50–280 mm, regulated by laser-guided proportioning gates
- Power consumption: 37–75 kW main motor, optimized through load-sensing variable displacement pumps
- Automatic pallet feeder capacity: 1,200 wooden or steel pallets per feeder unit
- Dust extraction system: 3-stage cyclone and bag filter capturing 99.8% of particulates
| Model |
Molding Cycle (sec) |
Pallet Size (mm) |
Bricks per Pallet (Standard) |
Output per Shift (8 hrs) |
Installed Power (kW) |
| ABM-6S |
15–18 |
850 x 550 |
6 |
9,600–11,520 |
37 |
| ABM-8S |
13–15 |
900 x 680 |
8 |
15,360–17,720 |
55 |
| ABM-10S |
12–14 |
1000 x 750 |
10 |
20,570–24,000 |
75 |
| ABM-12D (Dual Mold) |
10–12 |
1100 x 850 |
12 |
28,800–34,560 |
90 |
Material handling conveys raw aggregates through enclosed bucket elevators to a twin-shaft compulsory mixer with moisture sensors that automatically adjust water addition within 0.5% tolerance. After mixing, the homogenized blend feeds into the machine hopper, where a pre-vibration grid removes oversize particles. The pressing cycle simultaneously activates lower and upper rams, creating bricks with exceptional surface finish and edge sharpness. Subsequent wet brick handling uses servo-controlled grabbers that place products onto curing racks without deformation. Curing can be accelerated through integrated steam chambers or ambient air curing tunnels, both monitored by temperature and humidity arrays that maintain optimal conditions throughout the 24- to 72-hour hardening window.
Automated stacking robots with vacuum gripper heads arrange cured bricks on commercial pallets in interlocking patterns, maximizing transport stability. The entire line’s diagnostics, including hydraulic oil temperature, filter status, and cycle counts, display on a central HMI touchscreen with optional remote monitoring via industrial IoT gateway. Safety features comprise light curtains around the molding zone, emergency stop pull-cords along the conveyor length and automatic lockout during mold servicing. Low-maintenance design principles apply throughout the Automatic Brick Making Machinery, utilizing centralized grease points and self-lubricating bronze bushings on all slide ways, allowing continuous 24/7 operation with monthly preventive maintenance intervals.
