MCMIX C60 is equipped with a single shaft, double shaft, or planetary mixer with a capacity of 1500/1000 liters and has the capacity to produce 50-60 m3 of concrete per hour.

Thanks to its modular structure, it can be shipped with minimum transportation costs. The aggregate bunker can be chosen as either sequential (in-line) or square (cross) type, based on preference. Similarly, the transfer of aggregate to the mixer can be chosen as either a transfer belt or bucket conveying system, based on preference.

The prominent features of this model are as follows:

• Easy and fast installation
• Can be installed in areas with limited spaces
• Provides easy and fast relocation
• Low foundation cost (a flat ground is sufficient for installation)
• Easy maintenance and low operating costs

MCMIX C100 is equipped with a single shaft, double shaft, or planetary mixer with a capacity of 2000/3000 liters and has the capacity to produce 90-100 m3 of concrete per hour.

Thanks to its modular structure, it can be shipped with minimum transportation costs. The aggregate bunker can be chosen as either sequential or square type, based on preference. Similarly, the transfer of aggregate to the mixer can be chosen as either a transfer belt or bucket conveying system, based on preference.
In this model, we use a beneficial design that reduces energy consumption in the bucket conveyor system and maximizes safety. By using weights located in front of the bucket and steel cables connecting them, the transportation is carried out in a safer manner, minimizing the possibility of cable breakage which is common in bucket plants.
The prominent features of this model are as follows:

• Easy and fast installation
• Can be installed in areas with limited spaces
• Provides easy and fast relocation
• Low foundation cost (a flat ground is sufficient for installation)

Easy maintenance and low operating costs

MCMIX C120 is equipped with a single shaft, double shaft, or planetary mixer with a capacity of 4500/3000 liters and has the capacity to produce 110-120 m3 of concrete per hour.

Thanks to its modular structure, it can be shipped with minimum transportation costs. The aggregate bunker can be chosen as either sequential (in-line) or square (cross) type, based on preference. Similarly, the transfer of aggregate to the mixer can be chosen as either a transfer belt or bucket conveying system, based on preference.

In this model, we use a beneficial design that reduces energy consumption in the bucket conveyor system and maximizes safety. By using weights located in front of the bucket and steel cables connecting them, the transportation is carried out in a safer manner, minimizing the possibility of cable breakage which is common in bucket plants.

The prominent features of this model are as follows:

• Easy and fast installation
• Can be installed in areas with limited spaces
• Provides easy and fast relocation
• Low foundation cost (a flat ground is sufficient for installation)
• Easy maintenance and low operating costs

MCMIX C150 is equipped with a single shaft, double shaft, or planetary mixer with a capacity of 6000/4000 liters and has the capacity to produce 140-150 m3 of concrete per hour.

Thanks to its modular structure, it can be shipped with minimum transportation costs. The aggregate bunker can be chosen as either sequential (in-line) or square (cross) type, based on preference. Similarly, the transfer of aggregate to the mixer can be chosen as either a transfer belt or bucket conveying system, based on preference.

In this model, we use a beneficial design that reduces energy consumption in the bucket conveyor system and maximizes safety. By using weights located in front of the bucket and steel cables connecting them, the transportation is carried out in a safer manner, minimizing the possibility of cable breakage which is common in bucket plants.

The prominent features of this model are as follows:

• Easy and fast installation
• Can be installed in areas with limited spaces
• Provides easy and fast relocation
• Low foundation cost (a flat ground is sufficient for installation)
• Easy maintenance and low operating costs