In concrete product manufacturing, quality is not defined solely by the composition of the mix, but by how effectively that mix is transferred into the mold. GLOBMAC A.\u015e. has redefined both speed and strength standards in the industry with its electric internal vibration technology, developed to overcome the limitations of traditional filling methods.<\/p>\n
This innovation not only reduces the load on hydraulic systems but also enhances the overall market value of the final product, positioning itself as a key engineering advancement in modern production lines.<\/p>\n
Electric internal vibration technology is a motor-driven vibration system integrated into the mortar feeder of a concrete block machine.<\/p>\n
In conventional systems, the filling of the mold relies largely on gravity and the forward-backward movement of the feeder. In contrast, GLOBMAC A.\u015e.’s system generates high-frequency internal vibrations while the feeder is positioned over the mold.<\/p>\n
The primary purpose of this mechanism is to minimize air voids within the mix and ensure that the material spreads evenly, quickly, and homogeneously into every part of the mold.<\/p>\n
This is particularly advantageous in the production of porous materials such as lightweight blocks and concrete blocks, where improved flowability ensures a consistent and defect-free filling process.<\/p>\n
GLOBMAC A.\u015e. integrates this technology across its PARS Series not as an optional feature, but as a standard for efficiency. The benefits it provides to production facilities can be summarized as follows:<\/p>\n
The durability of concrete products is directly related to their internal density.<\/p>\n
The internal vibration system ensures that the mix is compacted without voids inside the mold, maximizing product strength. As a result, each block is produced with consistent weight, uniform quality, and full compliance with international standards such as TSE and CE.<\/p>\n
In concrete production, time directly translates into cost.<\/p>\n
The electric internal vibration system accelerates the filling process by up to 20% compared to manual or purely hydraulic systems. Reduced cycle time leads to a direct increase in daily production capacity, improving overall operational efficiency.<\/p>\n
In the production of sensitive materials such as lightweight blocks, defective filling is one of the main causes of waste.<\/p>\n
By ensuring complete and uniform filling, the internal vibration system eliminates deformation and cracking caused by incomplete molds. This significantly reduces rejection rates and minimizes raw material loss, ultimately improving profitability.<\/p>\n
The decision to implement electric motors in this system is a strategic engineering choice.<\/p>\n
By reducing the load on hydraulic components, the system minimizes overall wear and tear, extending the lifespan of the machine. In addition, electric systems allow for precise frequency control. Operators can adjust vibration intensity depending on the product type\u2014whether it is a thin-walled block or a dense concrete unit.<\/p>\n
This level of control makes electric internal vibration technology highly flexible, efficient, and sustainable.<\/p>\n
The system minimizes the forward and backward movement of the feeder, reducing mechanical stress on moving components.<\/p>\n
With less friction affecting hydraulic pistons and rail systems, long-term maintenance and spare part costs are significantly reduced. This contributes to more reliable operation and lower total cost of ownership.<\/p>\n
On the contrary, the system shortens cycle time, which reduces overall production duration. Combined with reduced strain on hydraulic pumps, this results in optimized energy consumption per unit.<\/p>\n
The technology is available as a standard or modular solution across many GLOBMAC A.\u015e. models, particularly within the PARS Series. For compatibility with existing lines, consultation with our technical team is recommended.<\/p>\n
Uniform filling reduces surface pores and imperfections. This results in smoother and more aesthetically refined finishes, especially in paving stones and curbstones used in landscaping applications.<\/p>\n