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.

When you are already in the wood industry, expanding into higher-value products is often the next logical step. For a wood processing company near Salalah Port in Oman, this meant moving beyond traditional wooden pallet production and entering the growing animal bedding market. With rising demand for clean, dry, and well-packaged wood shavings, the company decided to invest in a complete Wood Shaving Production Line to unlock new revenue streams.

When you operate a plastic recycling plant in Mexico, you already know one thing: efficiency is not optional—it decides your profit. In Jalisco, Mexico, a local plastics recycler was facing exactly this challenge. Their production line was handling large volumes of PET bottles, but the existing system could no longer keep up with demand. The solution came with the installation of the ENERPAT HBM120-110130 Closed Door Horizontal Baler for Plastic, a high-density baler for plastic designed for stable, continuous operation in demanding recycling environments.

In Southington, Connecticut—close to New Haven—metal processing and precision manufacturing are highly concentrated. A local manufacturer recently faced a familiar but urgent challenge: Their existing briquetting machine failed Aluminium chips began piling up rapidly Daily output reached 600–1000 kg of loose chips Workshop space was quickly consumed Scrap handling became inefficient and unsafe At this point, aluminium chips were no longer just a by-product—they were disrupting production. You’ve likely seen the same situation: loose, oily chips taking over valuable floor space while coolant drips create safety and compliance risks.

When your existing equipment starts limiting your efficiency, upgrading is no longer optional—it becomes necessary. This Thailand-based recycling company had been working with ENERPAT for years. After previously investing in a Two Shaft Shredder, their operations expanded steadily. However, as their processing volume increased, their aging baler began to struggle with performance, maintenance issues, and inconsistent output. Handling stainless steel scrap—especially loose, irregular materials—requires consistent compression performance. The customer needed a more reliable scrap stainless steel baler to maintain productivity and reduce downtime.

A precision machining company based in Brazil, Indiana has recently installed an ENERPAT BM-570 small metal briquetter press machine to improve the handling and recycling of metal chips generated during production. The customer operates as a job shop machine shop, providing contract machining services for multiple industries. Their facility utilizes CNC turning centers and Swiss-type automatic lathes, which generate a continuous flow of metal chips during daily operations.

❓ Why Is a Scrap Metal Baler for Mattress Springs Essential in Austin?With the rapid growth of mattress recycling businesses across the U.S., especially in cities like Austin, handling bulky and high-tensile mattress springs has become a critical operational challenge.For local recyclers, investing