Cardboard baling press HBA-80-11075

for paperfor wastefor packaging

The ENERPAT HBA-80-11075 is an automatic horizontal baler designed to compress loose cardboard and paper into dense, uniform bales for recycling and waste management.

Key features

• Automatic horizontal baler built on a heavy-duty monoblock welded frame for industrial operation.
• High-density three-way compression (synchronized side cylinders with main cylinder) to produce tight, uniform bales.
• German-engineered automatic tying system using high‑tensile quenched steel wire for secure bundles.
• Robust hydraulic system with high-flow cartridge valves, leak-resistant fittings and Hallite seals for reliable, fast cycles.
• Intelligent control and monitoring via Siemens or Schneider PLC for one-touch operation, real-time monitoring and auto-diagnostics.

Industries / Applications

• Recycling centers (MRFs) and paper mills processing OCC and mixed paper.
• Large distribution warehouses and logistics hubs for compaction of daily cardboard waste.
• Retail and supermarket chains to manage packaging and shelf-stock waste.
• Manufacturing and packaging plants handling in-house corrugated and paper scrap.

Operating principle

• Conveying & feeding: material is transferred into the baler hopper/chamber.
• Hydraulic compression: loose material is compacted by the hydraulic cylinders.
• Bundling & ejection: the automatic tying system secures the bale and the machine ejects it.

Material application

• Corrugated cardboard (OCC)
• Cardboard boxes
• Mixed waste paper
• Newsprint

Technical specifications

• Model: HBA (variant on this page: HBA-80-11075)
• Bale size (W×H×L): 1100 × 750 × L mm
• Bale weight (cardboard / OCC): 600 - 900 kg
• Motor power: 37 kW
• Press force: 80 t
• Throughput: approx. 4 - 8 t/h (depending on material and feed)
• Machine size (L×W×H): 6880 × 3850 × 3550 mm
• Controls: Siemens or Schneider PLC (international components)
• Certification: CE
• Tying: precision German automatic tying technology with high‑tensile wire
• Warranty (as stated on page): 1 year on machine; 5 years on motor