When recycling facilities encounter equipment failures or production bottlenecks, selecting the right replacement equipment is critical to restoring productivity and improving operational efficiency. To better understand the customer's processing challenges, the ENERPAT team visited an aluminum recycling facility in Los Angeles, California, providing on-site technical consultation for a Hammer Mill and Trommel Screen solution tailored to the customer's production requirements.

As demand for recycled plastics continues to grow across North America, many recycling companies are expanding their processing capacity to improve operational efficiency and increase the value of recovered materials. To better understand the customer's production requirements, the ENERPAT sales team conducted an on-site technical consultation in Los Angeles, California, discussing future production planning, equipment selection and complete recycling line configuration for mixed plastic recycling.

ENERPAT has successfully completed the installation and commissioning of an MSA-F600 Single Shaft Shredder and BM-1090 Copper Briquette Machine for a precision machining manufacturer in Ellange, Luxembourg. Founded in 1918, the customer is a third-generation family-owned company specializing in precision machining and metal component manufacturing. As production expanded, the company sought a more efficient and environmentally friendly solution for recycling copper machining chips while reducing manual handling and improving overall operational efficiency. Following a detailed technical evaluation, ENERPAT delivered a complete Metal Chips Recycling System that converts loose copper chips into high-density briquettes, helping the customer streamline material handling, improve workplace cleanliness, and increase the recycling value of copper scrap.

On July 20, 2026, the ENERPAT sales team visited a leading scrap metal recycling company in Monterrey, Mexico, to conduct a pre-sales technical consultation for stainless steel scrap handling and transportation optimisation. The customer specializes in collecting, processing, and exporting stainless steel and aluminium scrap throughout Northern Mexico. During the visit, the discussion focused on improving handling efficiency, reducing transportation costs, and evaluating suitable metal baling solutions for difficult-to-process stainless steel scrap.

In July 2026, ENERPAT sales and technical team visited a recycling company in Saltillo, Mexico, to provide on-site equipment inspection, repair support, and technical consultation for future recycling system upgrades. The customer is an experienced recycling company specializing in scrap collection, sorting, compression processing, and material recovery. Their recycling operations cover multiple material streams, including industrial metal scrap, paper and plastic waste, and electronic waste.

In July 2026, the ENERPAT sales team visited a leading metal recycling company in Monterrey, Mexico, to provide a pre-sales technical consultation for a cast aluminum recycling project. The customer is part of one of North America's largest privately owned metal recycling groups, operating multiple recycling facilities across Canada, the United States, Mexico, and Europe. As its cast aluminum recycling business continues to expand, the company is seeking a more efficient processing solution capable of improving aluminum recovery while reducing impurities before remelting.

Industrial metal chips are generated every day in CNC machining, metal fabrication, automotive manufacturing, and aerospace production. Managing these chips efficiently can help you improve material recovery, reduce handling costs, recover cutting fluids, and simplify recycling operations. This guide explores the most widely used technologies for industrial metal chip handling and explains how they can support more efficient chip processing workflows.

In July 2026, the ENERPAT sales team visited a leading document destruction and information security company in Mexico to conduct a pre-sales technical consultation for a confidential paper shredding project. The customer is evaluating a replacement for its existing European shredding equipment after experiencing frequent breakdowns, high maintenance costs, and long equipment downtime. During the visit, the ENERPAT team assessed the customer's operational requirements, introduced the GM-1000S industrial document shredder with cyclone collection system, and discussed equipment maintenance, dust control, system layout, and future material testing. The consultation focused on delivering a reliable, easy-to-maintain shredding solution capable of improving operational efficiency while reducing long-term maintenance costs.