Recently, the ENERPAT technical sales team conducted an in-depth on-site evaluation at a leading international welding and cutting equipment manufacturer's facility in Mexico. As part of a major capacity expansion, the customer is introducing 45 new CNC machining centers to their existing line of 74 units, bringing the plant's total capacity to 119 CNC machines. This massive scale-up generates significant daily volumes of copper and bronze turnings (approx. 3,175–3,629 kg/day) laden with high-value cutting fluids. To keep pace with rising scrap output, optimize fluid recovery, and eliminate manual handling risks, the customer partnered with ENERPAT to evaluate a fully automated, custom-engineered metal swarf centrifuge system.

Abu Dhabi, UAE – ENERPAT has successfully completed the installation and commissioning of a customized HBA40-7272 Auto Tie Cardboard Baler with Dust Collection System for a prominent paper manufacturing and packaging enterprise based in Abu Dhabi. The new high-capacity installation addresses growing operational demands driven by the UAE’s accelerating sustainability mandates and stringent waste management targets under federal environmental frameworks.

CRESTLINE, OH – As domestic demand for processed scrap metal continues to climb across the US Midwest, metal processors are facing a distinct operational challenge: rising labor expenses combined with strict state compliance standards for metal processing. To address these demands, recycling facilities are increasingly investing in an automated cable wire recycling machine to boost efficiency. To expand capacity while keeping overhead under control, a regional recycling processor, a full-service scrap recycling company located in Crestline, Ohio, recently completed the installation and commissioning of a customized WG600s Cable Recycling Line. Manufactured by ENERPAT, a globally recognized ENERPAT copper granulator manufacturer, the high-efficiency system was brought online to streamline regional scrap copper processing operations.

On September 2, 2026, ENERPAT welcomed a U.S. recycling equipment customer to its warehouse in Galion, Ohio, for an in-depth discussion about vehicle recycling equipment and a potential integrated processing solution. The customer operates a small equipment and recycling business in Michigan and is preparing to move into a new facility within the next 4–5 weeks. With the new facility approaching, the customer is evaluating equipment for vehicle and engine processing while also exploring potential cooperation with ENERPAT as an equipment distributor. During the visit, the customer toured the ENERPAT U.S. warehouse, reviewed different recycling machines, and discussed equipment configurations, processing capacity, investment considerations, and potential system integration with the ENERPAT team.

Metal chips are often stored and transported as loose scrap after machining, but this can increase storage requirements, handling costs, and recycling challenges. Compressing chips into dense briquettes offers an alternative that improves material handling and recycling efficiency. This guide compares both options to help you choose the right approach for your operation.

A reliable cardboard baler can make a noticeable difference in a busy logistics operation. For one last-mile delivery company in Chino, California, the need became clear after an earlier investment in used baling equipment failed to deliver the reliability the operation required. Looking for a more dependable solution, the customer turned to ENERPAT and selected an HBA100-110110 aoto cardboard baler for sale for its facility in Chino. The machine was recently installed and commissioned on site, giving the customer a more stable way to handle the large volume of cardboard generated by its daily logistics operations.

Metal chips generated during CNC machining, turning, milling, drilling, and other metalworking processes often occupy large amounts of storage space and retain cutting fluids that reduce recycling efficiency. Instead of treating loose chips as waste, you can compress them into dense briquettes to improve handling, recover valuable resources, and increase the value of your scrap metal. This guide explains the key benefits of metal chip briquetting, how the process works, and how to determine whether it is the right solution for your machining operation.

In August 2026, the ENERPAT team conducted an on-site technical consultation for a recycling company in Monterrey, Mexico, focusing on two metal recycling applications: aluminum can baling and automotive scrap metal baling. The customer was evaluating new baling equipment and wanted to confirm equipment capacity, bale specifications, feeding methods, weighing accuracy, maintenance requirements and long-term operating reliability before making a final equipment decision. Based on the material characteristics and production requirements discussed on site, ENERPAT evaluated the applications and recommended suitable baling solutions for both aluminum cans and ferrous scrap.