Views: 0 Author: ENERPAT America Publish Time: 2025-01-13 Origin: ENERPAT
Successful Case Study: Boosting Efficiency in Aluminum Can Recycling
In July 2024, a significant player in the food and beverage industry from Mexico purchased the ENERPAT AMB-H2014-250 hopper-style aluminium can press machine to manage their aluminum can waste during production. Following the successful installation, James Jin, the head of the ENERPAT U.S. division, was invited to evaluate the on-site operations in January 2025.
Outstanding Equipment Performance
The on-site assessment yielded impressive results: the AMB-H2014-250 metal scrap baling machine operates at a power rating of 2x37 kW and achieves a remarkable production capacity of 3 tons per hour. The baled dimensions measure 400x400x500 mm, with each bundle weighing 55 kg. This high level of efficiency significantly enhances the handling of aluminum waste, promoting recycling efforts and aligning with environmental sustainability goals. The customer expressed high satisfaction with the ENERPAT UBC baler machine's performance and plans to expand their operations further procurement in 2025.
ENERPAT's Innovative Solutions
This case study highlights ENERPAT's commitment to addressing common industry challenges. The AMB-H2014-250 Scrap Aluminum Baler not only tackles the issue of aluminum can waste disposal but also significantly enhances operational efficiency. The positive feedback from the customer emphasizes the aluminium can press machine's reliability and effectiveness in converting waste into valuable resources, which aligns perfectly with their sustainability objectives.
Invitation for More Information
ENERPAT will continue to lead the way in the metal waste processing industry, dedicated to helping clients enhance productivity while advancing sustainable practices. If you are interested in optimizing your metal waste management with our aluminium can press machine, please reach out to ENERPAT to learn more about our innovative metal baler solutions. Together, we can work towards achieving sustainability and efficiency in your operations!