News & Projects

ERS Nears Completion of Dual-Feed Two-Ram Baler System for OCC and Bad Rolls

by ERS
(comments: 0)
"Dual-feed two-ram baler system installed at ERS facility, featuring integrated conveyor input from paper shear and manual loading chute for corrugated scrap processing.

Engineered Recycling Systems (ERS) is finalizing installation of a dual-feed two-ram baler system designed to optimize OCC handling with high throughput and operational flexibility.

System Configuration This custom setup includes two input paths:

Roll Shear: Rolls are cut and discharged directly onto the conveyor.
Pit Conveyor Feed: Operators can load bulk OCC through a secondary conveyor.

Both feeds converge onto the single nose over conveyor that delivers material into the two-ram baler. The baler compresses the scrap into dense, uniform bales for transport or recycling. Final tuning is underway to ensure seamless integration with the facility’s workflow.

Installation Highlights

Dual-feed configuration
Two-ram baler for high-density output
Integrated conveyor logic for synchronized material flow
Ease of operation

The images show the system in place, including the inclined conveyor, roll shear, and surrounding infrastructure—demonstrating ERS’s commitment to solving customers problems.  

ERS continues to deliver engineered systems integrating equipment to produce solutions. If your facility is ready to upgrade its scrap handling workflow, let’s build the solution together.

Engineered Recycling Systems

The trusted leader in industrial dust collection. Engineered Recycling Systems designs and delivers integrated dust control solutions using advanced technology, proven expertise, and a team of innovative engineers. From concept to commissioning, ERS builds smarter systems for cleaner, safer operations.

Contact the ERS Team

Engineered Recycling
Systems, LLC

5010 McDougall Dr. SW
Atlanta, GA 30336, USA

+1 770-954-8780

Copyright 2026. All Rights Reserved.
Settings saved
Privacy settings

We use cookies on our website. Some of them are essential, while others help us improve this website and your experience.

You are using an outdated browser. The website may not be displayed correctly.