Views: 0 Author: ENERPAT Publish Time: 2025-11-25 Origin: Site
A leading recycling company in Brazil has successfully transformed its operations with the installation of an ENERPAT fully automatic waste paper baling press. Faced with overwhelming volumes of disordered cardboard, corrugated packaging, and soft plastic scraps, the client sought to eliminate labor-intensive manual processes that dragged down efficiency and failed to meet a target capacity of 2.5 tons per hour. The cumbersome nature of these loose materials consumed valuable floor space and complicated transportation logistics, making an automatic horizontal baling press machine an indispensable solution for their facility.
Overcoming Critical Bottlenecks in Brazilian Recycling
The client's operation, like many in Brazil's thriving recycling sector, was burdened by the physical limitations of handling lightweight yet voluminous waste streams. Manual methods were not only slow but also created inconsistent bales that were difficult to stack and transport economically. The sheer area dedicated to storing loose corrugated cardboard and plastic film was a significant and costly bottleneck. Their urgent need was for a system that could automate compression and tying, produce high-density, uniform bales, and operate reliably in an industrial setting. ENERPAT's engineers identified these pain points and recommended a proven model designed for such challenges: the HBA40-7272 plastic press machine.
The ENERPAT Solution: A Deep Dive into the HBA40-7272 Model
The HBA40-7272 is a fully automatic horizontal baling press that has been engineered for high-volume processing of recyclables. Its selection was based on its ideal balance of performance, footprint, and automation level, perfectly matching the client's output goals.
Key specifications of the installed waste paper baling press include:
Bale Size: 720 (W) x 720 (H) x L (mm) (Adjustable length)
Bale Weight (Cardboard): 200-500 kg
Motor Power: 22 kW
Press Force: 40 tons
Output: 1-3 tons per hour
Operation: Fully Automatic
This cardboard box compactor incorporates a three-way compression system with three hydraulic cylinders that work in unison to produce exceptionally dense and neat bales. The heart of the machine is a high-quality hydraulic system and a control system powered by Siemens PLC and Schneider electrical components, ensuring stable, continuous operation with simple one-touch control.
Tangible Benefits and Operational Excellence
Since the installation of this ENERPAT carton baler machine in Brazil, the client has reported dramatic improvements. The automation of the baling process has slashed labor costs and minimized human error. The bales produced are now "brick-like" in their consistency, thanks to the automatic tensioning system and German strapping technology, making them secure and easy to stack. This has drastically reduced the required storage space and lowered transportation costs. Most importantly, the system's reliable throughput has enabled the facility to consistently meet and even exceed its operational targets, turning a logistical headache into a streamlined, profitable process. This successful installation has established the client's site as a benchmark in Brazil, open for visits to see the equipment in action.
The Growing Brazilian Market for Baling Solutions
The demand for such efficient recycling technology in Brazil is driven by hard data and national policy. The country generates an estimated 81.8 million tons of municipal solid waste annually (2022 data), with a significant portion being recyclable materials like paper, cardboard, and plastic. Despite this volume, the recycling rate for these streams remains below optimal levels, highlighting a massive opportunity for improvement.
This opportunity is reinforced by Brazil's National Solid Waste Policy (PNRS, Law No. 12.305/2010), which establishes extended producer responsibility and mandates the development of integrated waste management and reverse logistics systems. This regulatory push, combined with the rapid growth of e-commerce and retail packaging waste, creates a compelling case for businesses to invest in advanced processing equipment like fully automatic balers. For companies hesitating, this converging trend of regulatory pressure and economic opportunity signals that postponing an upgrade could mean falling behind in both compliance and competitiveness.
A Machine Built to Last
The ENERPAT waste paper baling press machine is defined by its robust construction and premium components. Key features that ensure long-term reliability include:
German Automatic Strapping Technology: Uses high-tensile quenched steel wire for secure, non-loosening bales.
Robust Hydraulic System: Features integrated cartridge valves and Hallite sealings for fast, leak-free operation, capable of supporting 24/7 operation.
Intelligent Control System: The user-friendly Siemens PLC allows for easy setting of compression cycles and provides real-time monitoring with automatic fault alarms.
Inquire About This Model
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Conclusion
The successful deployment of the ENERPAT fully automatic waste paper baling press in Brazil is a testament to how targeted engineering can solve pervasive industrial challenges. This case demonstrates significant gains in efficiency, cost reduction, and operational streamlining. If your facility is grappling with similar issues of space, efficiency, and bale quality, the solution is now proven and available.
Contact us today to request a free consultation and a personalized quote for your operation. You can also schedule a visit to our client's site in Brazil to see the ENERPAT baler in action and witness its performance firsthand.
Call us today! +1(909)-996-3687
Email: info@enerpatrecycling.com
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