Place of Origin: China
Minimum order quantity: 1set
Color: Blue and yellow can be customzied
Material Science: Q235 Steel ,handox steel
Packing: Film
Delivery time: 10 working days
Model: QT-600T
Transaction mode: TT or 100%LC
Discharge port: Xiamen port
| ITEM | QT-600T | QT-400T |
|---|---|---|
| Pallet site | 1150x750(mm) | 1000x700(mm) |
| Cycle time | 18-25s | 18-25s |
| Machine weight | 12000(kg) | 9000(kg) |
| Vibration type | 37(kw) | 30(kw) |
| Vibration force | 600T | 400T |
| Machine size | 31.5(Mpa) | 31.5(Mpa) |
| Capacity | 500mm | 420mm |
|
The PLC control unit serves as the intelligent core of the Yixin Machinery QT600 Solid Brick Forming Machine's fully automated production line. In a typical industrial setting, it manages the entire manufacturing sequence without interruption. From precisely coordinating the raw material feeding and high-pressure forming to controlling the ejection, stacking, and palletizing of finished solid bricks, the unit ensures seamless operation. It continuously monitors sensor inputs, adjusts hydraulic and mechanical actions in real-time, and guarantees consistent product quality. By automating all equipment actions and processes, this PLC system significantly boosts production efficiency, minimizes manual intervention, reduces errors, and provides reliable, round-the-clock operation for large-scale brick manufacturing plants. The block conveyor in the Yixin Machinery QT600 production line serves a critical function in automated material handling. Its primary use case is in high-volume brick manufacturing plants. Once the solid blocks are formed and cured within the machine, this conveyor system automatically receives them. It then gently and continuously transports the finished blocks to the next stage of the production process. This is typically either a stacking area, a drying rack, or a packaging station. By ensuring a smooth, uninterrupted flow, it eliminates the need for manual transportation. This significantly boosts overall line efficiency, minimizes labor costs, and prevents damage to the freshly formed blocks. The system is designed for reliability and seamless integration, ensuring a consistent output crucial for meeting large-scale construction material demands.
The raw material hopper of the Yixin Machinery QT600 Solid Brick Forming Machine is a critical component designed for continuous, high-volume production environments. It serves as the primary feeding system for concrete or cement-based mixes in automated brick manufacturing plants. Its large capacity ensures minimal downtime for refilling, supporting the machine's high-efficiency, fully automated production line. The hopper's design facilitates a consistent and controlled flow of raw material into the mixing and forming system, which is essential for maintaining uniform brick density and quality. Typically deployed in large-scale construction material factories and industrial brick yards, it enables seamless integration with conveyor systems and batching plants, ensuring a steady supply for the uninterrupted production of solid blocks, paving stones, and similar construction elements.
|
|---|
|
Product Classification Description: Yixin Machinery Professional Service High Efficiency Fully Production Line Solid Brick Forming Machine QT600 Refer to: The Yixin Machinery QT600 Solid Brick Forming Machine is designed for large-scale, high-output manufacturing environments. Its primary application is in the production of high-density solid concrete bricks, blocks, and pavers for construction and landscaping projects. This fully automated production line is ideal for established brick-making plants, industrial parks, and major infrastructure developers who require consistent, high-volume output with minimal manual intervention. Its high efficiency and durability make it suitable for continuous operation, meeting the demands of urban development, commercial construction, and public works. The QT600 ensures precise forming, excellent product strength, and streamlined logistics from raw material mixing to final stacking, optimizing the entire manufacturing cycle for maximum productivity and return on investment. |
|---|
|
|
|---|