For 50 years we’ve been designing and manufacturing technologically innovative, reliable machines.

Our machines can be used in different environments thanks to the availability of both small balers ideal for logistic centers, and large ones ideal for landfill sites.

The balers force can vary from 60 to 200 tons ram thrust with an output between 3 and over 70 ton/hour.

The main strengths of MACPRESSE balers
Baling flexibility and multi-materiality
The machines can bale different types of materials.

Differentiated product lines

We have differentiated the product lines to respond to different production requirements (automatic balers for recyclable materials and waste from 60 to 200 tons) for applications encompassing small supermarket balers with 3 ton/hour output and large units for landfill sites with a production of over 70 ton/hour.

Wear-resistant internal coating

Wear-resistant plate coating – HARDOX – allowing to extend the machine’s service life.
The hardox liners are bolted into the extrusion channel and compacting chambers and can be easily replaced.

Advanced baling system and horizontal binder

System designed to bind both plastic and metal wires.

Cutting and compacting system

The cutting and compacting system ensures high volume throughput.
This procedure allows higher density per m³ compared to the press flap balers.

Easy maintenance

The horizontal wire tyer system makes easy the cleaning of the system and guarantees better operator safety.
The final result of our balers’ processing are the bales (treated, compacted, baled and wrapped waste) that play a vital role in optimizing logistics and transport costs.
In fact, the reduction in waste volume allows to cut down on transport costs, excluding the use of special vehicles in favour of normal ones such as trains or conventional trucks.Compacting volumes is moreover essential to double the landfill capacity, optimizing it.

The machines are certified and comply with quality and safety international standards.

Macpresse - Bale Length Display System