Twin Shaft Continuous Mixer Built for Sites That Cannot Afford to Stop

Every time your mixer stops to batch, you lose time, your output drops, and your margins take a hit. You need a continuous concrete mixer that keeps moving so your production never stalls. That is exactly what the Sicoma MAO/C delivers.

The Sicoma MAO/C twin shaft continuous mixer uses two counter-rotating shafts and short mixing paddles to push material from the inlet to the outlet without stopping.

Solving Slow Output with the Sicoma MAO/C

• Ni-Hard Cast Iron Liner Plates and Mixing Plates 

These handle the full punishment of abrasive aggregates. They last far longer than standard liners and keep your replacement costs low.

• Cast Iron Mixing Arms Bolted to the Shaft 

The mixing paddles are 200mm thick anti-wear steel. They handle tough materials and stay locked to the shaft under full load. They will not loosen mid-production.

• Water Injection Through High-Pressure Jets 

Water is forced directly into the mixing chamber and absorbed completely. This coats every aggregate particle with cement slurry for a strong, uniform mix every single time.

• Automatic Grease Lubrication System 

An electric pump with a sequential distributor handles lubrication automatically. Bearings run in a long-lasting oil bath and shaft seals are greased under controlled pressure. Your machine stays protected without any manual greasing.

• Built-In Monitoring and Safety 

An alarm box with sensors and probes watches the machine in real time. Wiring connects to an IP55 Junction Box built for wet and dusty conditions. A safety key lock prevents accidental startup during maintenance.

• Easy Access for Fast Maintenance 

A high top cover with inspection hatches, an access platform with stairs, and a wrench kit are all included. Your team can check the machine and get back to work fast.

How the Sicoma MAO/C Continuous Mixer Works

• Aggregates enter by conveyor or auger. Cement loads via screw feeder. Water injects through high-pressure jets into the mixing chamber.

• Counter-rotating shafts and paddles mix and push material from one end to the other without stopping.

• Mixed concrete exits as a continuous stream ready for ready-mix, precast, paste-fill, or block and paver production.

• The compact design fits into most existing batching plants and can often double your throughput without splitting the material feed.

Is This the Right Fit for You?

This is for you if you run high-volume concrete production and your current mixer is the bottleneck. It suits ready-mix, precast, RCC, paste-fill, recycled mine site material, and block and paver applications.

This is not for you if your daily output is low or you need precise weigh-batching for high-spec structural concrete.