Twin Ram Horizontal Baler for OCC CardboardGet latest price

Twin Ram Horizontal Baler for Efficient OCC Recycling

The ENERPAT Twin Ram Horizontal Baler is designed for large-scale cardboard and OCC recycling operations where high throughput, bale density and reliability are critical.

Powered by a twin-cylinder compression system, the baler produces dense and stable bales, helping recycling facilities reduce storage requirements and transportation costs. The system is suitable for continuous operation in MRFs, transfer stations and commercial waste recycling centres.

Key Features

• High compression force for dense OCC and cardboard bales
• Automatic operation with PLC control and HMI touchscreen
• Fast cycle time for continuous high-volume processing
• Stable bale shape to improve handling and transport efficiency
• Heavy-duty structure designed for long service life
• Optional automatic tying and conveyor systems for MRF integration

Applications

Suitable for:

• MRF (Material Recovery Facilities)
• Waste management companies
• Transfer stations
• Commercial waste recycling centres
• Cardboard recovery operations
• Resource recovery facilities

Materials Processed

• OCC cardboard
• Waste paper
• Packaging cardboard
• Commercial waste streams
• Mixed recyclable materials

Why Choose ENERPAT Twin Ram Baler?

For Australian recycling operators, transportation distance and labour costs are major challenges. ENERPAT Twin Ram Horizontal Baler helps reduce logistics costs by converting loose OCC into high-density bales while supporting efficient, automated recycling operations. It provides a reliable solution for facilities focused on improving resource recovery and reducing landfill disposal.