In recent years, concrete blocks have been increasing in popularity for their ability to speed up the construction process and reduce overall production costs. They are also more consistent in uniformity making building with them easier than bricks. Of course, with the popularity for concrete blocks increasing, so is the demand for concrete block making machines. This demand sees modern machines coming out with notable versatility in design and integrated solutions for block making.
Modern block making machines tend to use hydraulic pressure systems and effective feeding systems to produce each block with a high level of precision and accuracy. With such technology, the machine can produce blocks with a close-grain structure, creating high strength and vibration resistance.
Another benefit of the newer machines on the market is the ability to customise moulding. This gives the user greater versatility and allows them to change the moulding to suit their specific project needs. The inclusion of this feature will depend on the type of block making machine you choose but is often found on fully automatic machines.
There are 2 different types of block making machines: fully automatic and semi-automatic. The main differences between the 2 is their output. A fully automatic machine often has a higher output than the semi-automatic version, so they are generally more efficient on large construction sites. They also only require the man-power of 2 or 3 workers, while a semi-automatic system needs 5 to 6 workers to complete the job.
Another thing to consider, is how the machines are controlled. A fully automatic system is controlled by a computer, which makes it easier to operate and maintain. Whereas, a semi-automatic system will require some manual labour in the production phase.
Such differences mean there is also a price difference when comparing these machines. Often you will find that fully automatic block making machines are more expensive than their semi-automatic counterparts. This is unsurprising with the amount of technological differences and how much automation and efficiency can be achieved using a fully automatic system. Of course, you should always research the machinery you're interested in and base your decision on your project requirements.
