Fully automatic brick making machine

Fully automatic brick making machine

 Fully automatic brick making machines are machines that use hydraulic or mechanical force to press clay or other materials into bricks. These machines operate fully automatically, from the feeding of raw materials, mixing, shaping, until the finished bricks are produced. A fully automatic brick making machine typically includes a mixture storage bin, a conveyor belt, a mixer, a brick molding machine, a pallet delivery system, and a control panel. These machines have high production capacity and produce bricks with very accurate dimensions. They are widely used in the production of building materials, such as bricks, blocks, and pavers, for use in construction projects.

Fully automatic brick making machine use waste materials and industrial by-products as raw materials, such as coal gangue, fly ash, and construction waste, which not only reduces resource consumption, but also realizes the recycling of waste, reduces production costs, and reduces environmental pollution. With the development of intelligent manufacturing technology, the production process of hollow brick machines is becoming more and more automated and intelligent. By integrating IoT technology and data analysis, remote monitoring and maintenance of equipment can be achieved, and production flexibility and equipment utilization can be improved. This intelligent production method not only improves production efficiency but also helps to save energy reduce emissions and improve the consistency of brick quality.

▲The machine realizes the integration of machine, electricity, and hydraulic, PLC computer automatic control, monitors every link in the whole process, and realizes self-locking of faults, fault detection, and production statistics.

▲Imported hydraulic main parts and seals, hydraulic components adopt high dynamic performance proportional valves, which can adjust oil volume and pressure according to different work requirements to control the movement of key components.

▲Complete functions, advanced technology, suitable for producing various types of concrete blocks, standard bricks, perforated bricks, pavement bricks, good product quality, high-pressure resistance, etc., with the addition of a secondary face mix device, it can produce a variety of color-faced bricks and colored-faced grass-planting bricks and roadside bricks, etc.

▲With a large number of professional and technical personnel, after years of unremitting efforts, we can meet the different investment needs of users. With exquisite technology and excellent quality, it has won several national patents, and its products are spread all over the country.

Factors to Consider While Choosing Block-Making Machine

 

 

why choose High-Quality Hollow Block Making Machine

 

When purchasing a hollow brick machine, the cost factors that need to be considered mainly include the following aspects:

Equipment purchase cost: This is the main part of the initial investment, including the price of the hollow brick machine and any necessary accessories or accessories. The prices of hollow brick machines of different models, specifications, and functions vary greatly and need to be selected according to production needs and budget

Raw material costs: The main raw materials for producing hollow bricks include cement, sand, stone, etc. The prices of these raw materials will directly affect the production cost. In addition, if fly ash, construction waste, etc. are used as raw materials, the procurement cost of these materials also needs to be considered.

Energy cost: The production process of the hollow brick machine requires a certain amount of energy, mainly electricity. Different models of hollow brick machines have different energy consumption, and the impact of long-term energy consumption on costs needs to be considered.

Labor cost: Operating the hollow brick machine and subsequent maintenance, repairs, etc. require a certain amount of labor, so labor costs are also a cost factor that must be considered.

Maintenance and repair costs: Regular maintenance and necessary repairs are important links in maintaining the normal operation of equipment. The replacement of spare parts and the labor costs of maintenance personnel need to be considered.

Transportation and storage costs: The transportation of raw materials, storage, and transportation of finished products will also incur certain costs, especially when the raw materials or products need to be transported over long distances.