Norway: ENERPAT Auto Tie Cardboard Baler Compactor Machine Installed

When a recycling company in Norway reached out to ENERPAT searching for a high-capacity Auto Tie Cardboard Baler Compactor, the challenge was clear: labor costs were rising, their aging equipment could no longer maintain the required 12 tons/hour throughput, and loose cardboard, cartons, and plastic waste were consuming valuable space across their facility. The customer needed a solution that worked fast, reduced operational pressure, and delivered measurable efficiencies from day one.

After reviewing their waste stream, site layout, and long-term expansion plans, ENERPAT recommended the HBA-120-110125 Auto Tie Horizontal Baler — a flagship machine built for high-volume recycling operations in Northern Europe. The installation was completed swiftly, enabling the customer to resume production without extended downtime. Today, this Norwegian site has become an official ENERPAT reference location, open for on-site visits to demonstrate real-world performance.

Why Norway Needed an Auto Tie Cardboard Baler Compactor

Norway’s recycling sector has evolved rapidly in recent years, driven by high labor costs, stricter environmental regulations, and a nationwide push for automated materials handling. For companies processing cardboard, cartons, PET bottles, films, and mixed commercial recyclables, uncontrolled volume remains the biggest operational burden.

Key pain points highlighted by the customer included:

• Excessive storage space consumed by loose cardboard and stretch film

• High transport costs due to low-density waste

• Overloaded workers and inconsistent output with old semi-manual equipment

• Urgent need for a stable 12-ton/hour throughput

• Compliance pressure from Norway's strengthened EPR packaging requirements

An Auto Tie Cardboard Baler Compactor immediately addressed these operational barriers by automating feeding, compressing, tying, and bale ejection — transforming a high-labor workflow into a continuous, stable, and clean process.

Introducing the ENERPAT HBA-120-110125 Auto Tie Horizontal Baler (Installed Model)

To meet the customer's 12 t/h requirement, ENERPAT supplied the HBA-120-110125, part of our high-performance HBA Series. Below is the model specification as an independent, dedicated section:

HBA-120-110125 Auto Tie Horizontal Baler

• Bale Size: 1100 × 1250 × L (mm)

• Bale Weight: 900–1200 kg

• Press Force: 120 tons

• Main Motor Power: 55 kW

• Machine Size: 9250 × 4150 × 4850 (mm)

• Output: 9–13 tons/hour

• Operation: Fully automatic auto-tie

With Germany-engineered auto-tie technology, high-strength quenched steel wires, and SIEMENS/SCHNEIDER control systems, the machine produces dense, uniform, export-ready bales with minimal operator involvement. The Norwegian team reported immediate improvements in bale consistency, storage optimization, and workforce efficiency.

Inside the Technology: How ENERPAT's Auto Tie Cardboard Baler Compactor Works

• Conveyor Feeding: Loose cardboard and plastics are delivered into the hopper through the infeed conveyor.

• Hydraulic Compression: The three-way compression system — equipped with synchronized main and side cylinders — compacts materials into high-density blocks.

• Automatic Tying & Ejection: Germany-engineered tying technology binds the bale automatically before pushing it out for storage or shipping.

Key performance advantages:

1. Built Around User Needs — Plug In & Run

An integrated, site-ready machine body minimizes installation time and simplifies operation.

2. Three-Way Compression for Strong, Square Bales

Coordinated cylinder movement and precision compression guarantee a clean, tight bale finish.

3. Premium Components for Superior Output

• High-strength quenched baling wire

• German auto-tie system

• British HALLITE hydraulic seals

• Modular hydraulic valve set for fast, reliable flow

4. Intelligent Control System

• SIEMENS / SCHNEIDER PLC

• Touch-screen and button operation

• Real-time monitoring of current, temperature, runtime

• Automatic alarms and easy trouble-shooting

This configuration ensures long-term stability even under continuous heavy-duty Nordic operation.

What the Customer Gained — Measurable Improvements from Day One

After commissioning, the Norwegian customer reported:

• A 40–60% reduction in labor intensity thanks to fully automated tying

• Significant drop in transport frequency due to higher-density bales

• Cleaner, safer, and more organized facility layout

• Higher material resale value with export-grade bale consistency

• Strong confidence to expand capacity — the customer confirmed future purchases of ENERPAT recycling equipment

Their site is now one of ENERPAT's Nordic reference installations.

Why Auto Tie Cardboard Balers Are Rising in Demand Across Norway (Market, Policies & Trends)

Norway's waste and packaging recycling framework is among the strictest in Europe. Several quantified drivers explain the surge in demand for horizontal baler machines:

1. Large Annual Volumes of Recyclable Packaging Waste

Data from Grønt Punkt Norge (2022):

• 233,252 tons of corrugated cardboard

• 49,200 tons of packaging paperboard

• 16,000+ tons of recycled plastic packaging

• Growing PET/HDPE bottle streams from beverage and retail sectors

These material streams typically require a horizontal baler machine to reduce logistics costs and meet downstream quality requirements.

2. Strengthening EPR Regulations (2024–2025 Updates)

Norway's revised packaging rules expand reporting obligations and increase recycling targets. This directly pushes recycling companies, logistics hubs, supermarkets, and manufacturers to upgrade equipment such as:

• Auto Tie Cardboard Baler Compactors

• Hydraulic paper press machines

• Horizontal automatic balers

Facilities unable to produce stable, uniform bales risk higher operating costs, lower resale prices, and compliance challenges.

3. High Labor & Transport Costs in Norway

Automation is no longer optional — it is the only way to keep operating costs competitive. Auto-tie systems reduce manual tying labor by 80–100%, while dense bales cut transport trips by 30–50%.

4. Market Growth Outlook

European and Nordic waste-handling equipment reports forecast a 5–7% CAGR through 2030, with auto-tie balers among the fastest-growing segments due to retail, e-commerce, logistics, and municipal recycling expansion.

For companies still hesitating, the message is simple:

Delaying equipment upgrades directly increases your operating costs and affects your long-term compliance capability.

If You're Interested in This Model — Click to View the Full Product Page

Our recommended model for high-volume Nordic applications is the HBA120-110125 auto tie baler, engineered for continuous industrial operation. For more baler options, view our full cardboard baler machine lineup for paper, cartons, plastics, and commercial recyclables.

Interested in Seeing the Machine Running Live? Contact Us to Book a Site Visit.

If you would like to see how an ENERPAT Auto Tie Cardboard Baler Compactor performs in real-world conditions, we can arrange an on-site visit to our Norwegian customer’s facility. You’ll be able to observe the full workflow—from feeding to compression to automatic tying—and understand how the machine integrates into actual recycling operations.

Contact us to schedule a visit, request a customized plant layout, or receive a detailed proposal tailored to your waste volumes, material types, and automation needs. Our engineering team will provide professional guidance to help you plan capacity, conveyor configurations, bale weights, and operational staffing—ensuring your investment delivers maximum efficiency and ROI from day one.

Call us today! +1(909)-996-3687

Email: info@enerpatrecycling.com