automatic brick making machine in guwahati

Automatic Brick Making Machine in Guwahati

We are a dominant manufacturer, supplier, and Trader of automatic brick making machine in guwahati, India. Our product line comprises concrete mixers, brick making machines, manual brick making machines in Guwahati, Semi automatic brick making machine in Guwahati and Automatic brick making machine in Guwahati. With years of industry experience and extensive industry knowledge, Lotus Traders provides a high-quality range of construction equipment and materials at a very reasonable price.  we distribute and supply all of these machines in the Entire northeastern states.

Specification of Automatic brick making machine in guwahati

Production Capacity800 Blocks per hour / 1200 Bricks per hour
CavityBlock 4 / Bricks 6
Block TypeSolid, I shape, Zigzag
MethodHydraulic Pressure
Power Requirement (machine+mixer+conveyor)15.5 KW 440v
Pressure3000 PSI
Belt Conveyor16ft
Pan Mixer 1 Number500Kg Capacity

Automatic brick making machine in guwahati

An automatic 4 cavity brick making machine is a type of machine that is operated automatically with the use of electricity or automation. Designed for automatic production of bricks and blocks. 4 cavity means that the container has four different sizes or holes for storing raw materials such as soil, concrete and other building materials. 

The machine makes 4 bricks at a time on each cycle automatically. Crafts includes filling out forms, mixing materials and flattening and compressing the material, leveling and ejecting the formed bricks automatically making it a practical option in various construction and community development contexts. This machines are more faster and efficient than manual brick making machines. 

They can produce thousands of bricks per hour making them ideal for large scale brick production. These machines are also easier to operate as they do not require any manual labour .They can customize the shape and size of the glass for the specific needs of the building. It can be said that this machine stands out as one of the best and most advanced solutions in the field of bricklaying in the construction sector.

Features of Automatic brick making machine in guwahati

Here are some key features of 4 cavity Automatic Brick Making Machine in guwahati:

Automation – Manual Unlike brick making machines that require manual intervention at various stages, automatic machines are designed to complete the brick production process automatically. It includes processes such as mold filling, material compression and molded brick extrusion.

4 Cavity Design – The term “4-cavity” indicates that the machine has four separate moulds or cavities into which the raw mixture is poured to form bricks. Each cycle of the machine produces four bricks at a time.

Electric or Hydraulic Operation – Automatic brick making machines are usually operated by electric or hydraulic systems. It has an automatic conveyor and material feeding system.

Higher Output Power – Automatic machines usually have higher output power than manual machines. It is suitable for medium and large scale production because it can produce large quantities of glass in a certain period of time.

Consistency & Accuracy – Automation ensures high consistency and accuracy in the brick manufacturing process. This helps improve the consistency and quality of the glass produced.

Customization – Depending on the design, the automatic machine can customize the shape and size of the glass for the specific needs of the building.

Efficiency & Speed – Automatic brick making machines are known for their efficiency and speed. They can significantly reduce labour intensity in glass production and increase total production volume.

Suitable for large projects – Automatic brick making machine is suitable for large construction projects that need large bricks in a relatively short time.

Uses of Automatic Brick making Machine in Guwahati

Here are some uses of 4 cavity automatic brick making machine in Guwahati:

Large Construction Projects – 4 cavity Automatic Brick Making Machine are suitable for large construction projects that require large quantities of bricks in a short period of time. They help to meet high productivity requirements effectively.

Commercial Brick Making – Brickmakers and commercial brick manufacturers can optimize their operations and increase overall production volume with automated 4-cavity machines.

Industrial Construction – This machines are very useful in industrial construction projects where large numbers of bricks are required for structures like warehouses, factories and industrial complexes.

Housing – Automatic 4 cavity brick making machines provide a stable and efficient supply of construction materials suitable for the production of glass for residential construction.

Infrastructure Construction – This automatic brick making machine ensures a stable supply of high quality bricks for infrastructure construction such as roads and bridges.

Commercial Real Estate Projects – Large commercial real estate projects such as shopping malls, office complexes and hotels often require large quantities of bricks. Automated machines can meet these needs effectively.

Urban Development – Automated machines are a valuable asset in urban development projects.

Working of Automatic Brick Making Machine in Guwahati

An automatic brick making machine works by automatically pouring and pressing raw materials such as clay cement into a brick moulds. Below is a step by step explanation of how the device works in general:

Preparation of raw materials –Raw materials such as soil, concrete or other construction mixes are prepared and poured into the material container. The ingredients can be pre-mixed to achieve a homogeneous structure.

Optical feeding – The material feeding system automatically transports the mixture of raw materials from the container to the opening of the mould or machine. The feeding system ensures an even distribution of material in each room.

Pressing and Forming – The process of mechanical pressing which may involve hydraulic pressure or other mechanical means compresses raw materials into individual shapes. This pressure shapes the material into the desired brick size.

Remove the mould – After the brick is ejected, the automatic moulding process reduces the pressure and separates the newly formed brick from the mould. This step is necessary to preserve the shape of the bricks during removal.

Conveyor system – An integrated conveyor system removes the mould blocks from the moulding unit. This system enables continuous production where new bricks are produced while finished bricks are delivered to the firing or packaging area.

Curing – Depending on the materials used, cast bricks can be cured to obtain the required strength. Treatment may include air drying or other methods of processing and hardening the brick.

Stacking – Automated stacking systems can be used to manage and place whole bricks making handling and transport easier.

Control system – The machine is equipped with a control system which usually uses a programmable controller (PLC) to monitor and control the various stages of the brick production process. The system enables precise time control, pressure control and other important parameters.

Monitoring and quality control – Sensors and monitoring systems can be added to check the quality of the bricks produced. This helps identify and resolve issues in real time and ensures consistent quality.

Safety & Security Systems – Automatedmachines are often equipped with integrated safety systems and may include sensors to detect errors. Keeping your device in top condition requires regular maintenance.

What makes the 4 Cavity Automatic Brick Making machine unique

Some key elements that makes this machine unique are:

Electric or hydraulic control – Brick making machines are either electric or hydraulic.

4 cavity design  The term “4-cavity” indicates that the machine has four separate moulds or cavities into which the raw mixture is poured to form bricks. Each cycle of the machine produces four bricks at a time.

More power – Mechanical engines are more powerful than manual engines. Suitable for large and bulky products as several types of bricks can be processed at the same time.

Consistency and Reliability – Automation ensures consistency and integrity in brick production. This helps improve the look and feel of the finished glass.

Customization – Depending on the design, the system automatically adapts the shape and size of the mirror to the needs of the room.

Efficiency and speed – Automatic machines are known for their efficiency and speed. In glass production, labour can be reduced and overall productivity can be increased.

Less manual labour – Automatic 4 cavity brick making requires less labour than manual machines. This reduces operational costs and frees up the companys’ focus on monitoring and maintenance.

The 4 cavity automatic brick making machine is a revolutionary solution for brick making. Advanced automation, which can produce four bricks at a time, not only speeds up production, but also ensures the final product is accurate and consistent. The improved efficiency results in improved efficiency, reduced labour requirements and more cost-effective methods of manufacturing bricks.

This machine automation improves workplace safety and reduces human error. The automated machine is becoming increasingly important in the demands of today’s construction industry, streamlining operations and setting new standards for productivity and quality in the industry. The integration of this technology is the basis for sustainable and efficient glass production, while meeting current needs.

The Factors needs to consider while buying the Automatic Brick Making Machine?

Some factors to consider while buying this machine are:

  • Evaluate the production capacity of the machine, i.e. the number of bricks produced during a given time period. Make sure it fits the scope of your construction project.
  • You have to make sure the machine can produce bricks in the right shape and size for your construction project. Some machines allow molds to be made to achieve a specific design.
  • Determine what kind of raw material the machine can handle. Different machines can be made for certain materials such as clay, concrete or other building mixes.
  • Identify the level of machine automation. Consider features such as automatic feeding, compaction, demolding, and conveying systems. Increases the high efficiency of automation.
  • Check the machine’s control system, especially if it has a programmable logic controller (PLC). This advanced operating system provides precise control and ease of use.
  • Evaluate the material handling systems for machine parts such as conveyor belts. Correct material handling contributes to the overall productivity of the machine.