Cardboard baling press HBA
for paperfor wastefor packaging

Cardboard baling press - HBA - ENERPAT AMERICA - for paper / for waste / for packaging
Cardboard baling press - HBA - ENERPAT AMERICA - for paper / for waste / for packaging
Cardboard baling press - HBA - ENERPAT AMERICA - for paper / for waste / for packaging - image - 2
Cardboard baling press - HBA - ENERPAT AMERICA - for paper / for waste / for packaging - image - 3
Cardboard baling press - HBA - ENERPAT AMERICA - for paper / for waste / for packaging - image - 4
Add to favorites
Compare this product

Characteristics

Applications
for cardboard, for paper, for waste, for packaging
Orientation
horizontal
Other characteristics
automatic, hydraulic, high-capacity, high-density, high-power, triple compression
Bale weight

Min.: 200 kg
(441 lb)

Max.: 1,200 kg
(2,646 lb)

Capacity

Min.: 1 t/h
(0.612 lb/s)

Max.: 13 t/h
(7.961 lb/s)

Motor power

22 kW, 37 kW, 45 kW, 55 kW
(29.9 hp, 50.3 hp, 61.2 hp, 74.8 hp)

Press force

Min.: 40 t
(44 us ton)

Max.: 200 t
(220 us ton)

Description

Overview

A fully automatic horizontal baler engineered for corrugated cardboard (OCC), cartons and mixed paper streams. The ENERPAT HBA-series produces dense, uniform bales with automated conveying, compression and tying to simplify storage, handling and recycling logistics.

Key features and operation

  • Fully automatic conveying, feeding, hydraulic compression and automatic bale ejection.
  • Triple-action compression: three synchronized hydraulic cylinders deliver uniform, high-density bales.
  • Hydraulic system built for continuous heavy-duty use: large-flow valve groups, H-type tapered leak-resistant connections and Hallite cylinder seals.
  • Smart PLC touchscreen control (Siemens/Schneider) for one-touch operation, adjustable cycle/feeding times and real-time diagnostics.
  • German automatic tying mechanism using high-tensile quenched steel wire for transport-ready bales.
  • Available in multiple capacities and configurations to match throughput needs from entry-level to high-capacity models.


Applications / Proven use

  • Designed for processing corrugated cardboard, cartons, waste paper and mixed paper fractions.
  • Documented throughput examples: up to 8 t/h in large carton-processing lines; ~4 t/h for paper trimming in print operations (actual results depend on model and material).


Control, safety & maintenance

  • PLC-based control with diagnostic alerts to reduce downtime and guide scheduled maintenance.
  • Robust hydraulic components and leak-resistant connections minimize maintenance frequency and risk of fluid loss.


Technical specifications

  • Available model range and representative specifications:
    • HBA40-7272 — Press Force: 40 tons; Motor Power: 22 kW; Bale Size: 720×720×L (mm); Bale Weight (OCC): 200–500 kg; Feed Hopper: 1500×640 mm; Capacity: 1–3 tons/h; Tying wires: 4.
    • HBA80-11075 — Press Force: 80 tons; Motor Power: 37 kW; Bale Size: 1100×750×L (mm); Bale Weight (OCC): 600–900 kg; Feed Hopper: 1500×1020 mm; Capacity: 4–8 tons/h; Tying wires: 4.
    • HBA100-110110 — Press Force: 100 tons; Motor Power: 45 kW; Bale Size: 1100×1100×L (mm); Bale Weight (OCC): 800–1100 kg; Feed Hopper: 1800×1020 mm; Capacity: 7–12 tons/h; Tying wires: 5.
    • HBA120-110125 — Press Force: 120 tons; Motor Power: 55 kW; Bale Size: 1100×1250×L (mm); Bale Weight (OCC): 900–1200 kg; Feed Hopper: 2100×1020 mm; Capacity: 9–13 tons/h; Tying wires: 5.
    • HBA150-110125 & HBA200-110130 — Higher-capacity variants with press forces up to the series range; motor power typically 45–55 kW; bale sizes and feed hoppers scale with model.
  • Compression range across series: ~30 to 200 tons (model-dependent).
  • Motor power range across series: ~11 to 110 kW (model-dependent).
  • Tying: automatic steel-wire tying mechanism (German technology) with high-tensile quenched wire.
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.