In June 2026, the ENERPAT service team conducted an on-site visit at a waste recycling facility in Baltimore, USA. The visit focused on after-sales support for existing equipment and further evaluation of potential new recycling solutions. The visit was led by ENERPAT’s COO and Sales Manager, working closely with the customer’s production team to ensure stable equipment operation and explore future upgrade opportunities.

In June 2026, the ENERPAT team conducted a pre-sales technical consultation at a precision electrical components manufacturing facility in Chino, California. The visit was led by ENERPAT’s COO and Sales Manager, focusing on evaluating the customer’s copper chip handling process and identifying opportunities for oil recovery and material value optimization.

In June 2026, the ENERPAT team conducted an on-site technical consultation at a tire recycling facility in Baltimore, USA. The visit was led by ENERPAT’s COO and Sales Manager, focusing on evaluating the customer’s current processing workflow and identifying opportunities to improve storage efficiency and material handling.

In June 2026, the ENERPAT team conducted a pre-sales consultation visit to an established recycling company in Columbus, Ohio. The visit focused on understanding the customer’s current operations, identifying equipment needs, and exploring future cooperation opportunities. The customer has been active in the U.S. recycling industry for over two decades, with extensive experience in handling both scrap metals and post-industrial plastics.

In June 2026, the ENERPAT team conducted an on-site service visit to a scrap metal recycling facility in Columbus, Ohio. The visit was led by ENERPAT’s COO and sales manager, focusing on understanding the customer’s operational challenges and identifying opportunities to improve efficiency. The customer operates a well-established scrap metal recycling business, primarily handling aluminum profiles and non-ferrous materials.

An ENERPAT Aluminum Can Densifier (AMB-H1510-160) has been successfully installed in Hungary as part of a turnkey recycling project. The end user operates within the recycling industry, while the equipment was sourced by a local integrator responsible for delivering a complete solution to their client. Due to a confidentiality agreement, specific customer details remain undisclosed. The aluminum can baling system serves as the final stage of the processing line, with a throughput capacity of approximately 1,800 kg/hour, ensuring efficient downstream logistics and material handling.

A recycling operator in Las Vegas, Nevada recently upgraded its cardboard processing system with an ENERPAT Auto Cardboard Baler, model HBA100-110110 industrial waste baler. The customer operates a busy recycling center handling large volumes of OCC (old corrugated cardboard) from local warehouses, retail distribution hubs, and hospitality businesses across the Las Vegas area. With increasing inbound material and rising operational pressure, the company needed a more stable and efficient Recycling Center Baler to support daily throughput.