Greece: ENERPAT Lid Style Scrap Tin Baler Installed
Publish Time: 2025-12-15 Origin: Site
Turning Scrap Tin into Value: A Real Recycling Success Story from Greece
As Greece continues to strengthen its circular economy framework, manufacturers are under growing pressure to manage scrap metal more efficiently. In this context, Scrap Tin Baler solutions have become a critical investment for companies producing large volumes of tin cans and tin sheets.
ENERPAT recently completed a successful installation of a lid style Scrap Tin Baler for an experienced tin packaging manufacturer in Greece. This project not only solved the customer's urgent operational challenges, but also established ENERPAT as a trusted supplier of scrap metal press machines in the Greek recycling and manufacturing sector.
Customer Background: Why a Scrap Tin Baler Was Needed
The customer is a long-established tin packaging producer serving both domestic and export markets. Daily production generates large volumes of scrap tin cans and tin sheets, which previously caused several operational problems:
High storage costs due to low bulk density
Rising transportation expenses for loose scrap tin
Inefficient handling and inconsistent bale quality
Pressure to comply with stricter recycling and sustainability requirements
Searching online for a “Scrap Tin Baler”, the customer contacted ENERPAT to find a reliable tin can baling machine capable of handling continuous, high-volume production scrap.
From Inquiry to Decision: How ENERPAT Earned Trust Quickly
After understanding the material characteristics and output requirements, ENERPAT invited the Greek customer to visit our U.S. warehouse facility.
During the visit, the customer was able to:
Witness live baling tests using scrap tin cans and tin sheets
Inspect bale density, shape consistency, and discharge stability
Speak directly with long-term ENERPAT users who shared real operational feedback
This transparent, hands-on approach eliminated uncertainty and significantly shortened the decision-making cycle. Based on material type, throughput demand, and long-term durability expectations, ENERPAT recommended the AMB-L1480-160 hydraulic baling press.
The result: a fast purchase decision and a smooth project rollout.
Installed Solution: AMB-L1480-160 Scrap Tin Baler
The AMB-L1480-160 hydraulic baling press is a heavy-duty, lid style scrap metal baler designed for demanding industrial environments. Its structural strength and stable hydraulic system make it especially suitable for Scrap Tin Baler applications.
Key Technical Specifications
Pressing Force: 160 tons
Press Chamber Size: 1400 × 800 × 700 mm
Bale Size: 350 × 350 mm
Motor Power: 22 kW
Why Lid Style Design Matters
The lid-style structure enhances compression stability when handling lightweight yet rigid materials such as tin cans and tin sheets. Compared with standard open-top designs, this configuration delivers:
The scrap tin baler machine cold-presses scrap metal without adhesives, preserving metal purity and improving downstream melting efficiency.
Learn more about this model: |
Operational Workflow: Designed for Efficiency
1. Material Feeding
Scrap tin cans and tin sheets are loaded into the chamber using a forklift or tipping system.
2. Hydraulic Compression
Under high hydraulic pressure, scrap tin is compressed into compact, uniform bales.
3. Automatic Bale Ejection
Finished bales are pushed out automatically through the discharge door, ensuring safe and continuous operation.
This workflow dramatically reduces handling time and labor dependency.
Results: Measurable Benefits for the Greek Customer
After installation, the customer reported immediate improvements:
Significant volume reduction, lowering storage footprint
Reduced transport costs thanks to high-density bales
Improved scrap value due to consistent bale quality
Faster scrap turnover and cleaner workshop environment
The customer expressed high satisfaction and has since become one of ENERPAT's reference sites in Greece, open for scheduled visits by prospective clients.
Alternative Options: Exploring Other Tin Can Baling Solutions
While this project required a lid style Scrap Tin Baler, ENERPAT also offers alternative designs for different production layouts. For customers preferring hopper-fed automation, ENERPAT provides Hopper-Style Tin Can Balers. This option offers continuous feeding and is ideal for automated lines. |
Why Greece Is a Growing Market for Scrap Tin Baler Solutions
Strong Scrap Metal Supply
According to national statistics, Greece recorded approximately 1.84 million tons of scrap metal used in industrial processing in 2023, forming a solid material base for recycling equipment demand.
Rising Waste Generation
Total waste generation in Greece reached 29.8 million tons in 2022, with packaging and industrial scrap representing a stable and growing segment.
Policy-Driven Momentum
Law 4939/2022 (National Circular Economy Framework)
Updated National Waste Management Plan (NWMP)
These policies promote higher recycling rates, material recovery, and efficient scrap processing—directly accelerating demand for Scrap Tin Baler and scrap metal press machine investments.
Future Outlook
Over the next 5–10 years, supported by EU funding mechanisms and industrial recovery, demand for ENERPAT scrap metal balers Greece is expected to grow steadily, especially in packaging, ship repair, and metal processing industries.
Why ENERPAT?
Proven global installations across North America, Europe, and Asia
Heavy-duty machines built for long-term industrial use
Transparent testing, real customer references, and fast decision support
Localized service mindset with global engineering standards
ENERPAT does not just sell machines—we deliver working solutions.
Let's Talk About Your Scrap Metal Challenge
Whether you are processing tin cans, tin sheets, or mixed scrap metal, ENERPAT can help you design the right baling solution.
Contact us today to receive a tailored layout plan and quotation, or to schedule a visit to one of our operating reference sites and see the machine running live.
Call us today! +1(909)-996-3687
Email: info@enerpatrecycling.com