News

LAS VEGAS, NV – ENERPAT USA is pleased to announce the successful delivery, installation, and commissioning of our heavy-duty HBA100-110110 cardboard crusher baler for a prominent recycling and waste management operator in Las Vegas, Nevada. This high-capacity system represents a critical infrastructure upgrade for the client, enabling automated, continuous volume reduction of Old Corrugated Containers (OCC) and commercial packaging waste.

If you are tracking agricultural trends across the Middle East, you have likely noticed a major shift in the Sultanate of Oman. Driven by Oman Vision 2040 and the country's growing livestock and poultry sectors, demand for high-quality wood shavings for animal bedding continues to increase. As the nation accelerates its focus on food security and local meat production, massive poultry integrations, commercial dairy hubs, and equestrian facilities are scaling up operations at an unprecedented pace.

If you are running a high-volume recycling plant, you know that equipment downtime and low processing capacity can bottleneck your entire operation. This was the exact challenge faced by a prominent plastic recycling facility located in Jalisco, Mexico. Handling a massive influx of post-consumer plastic bottles, their legacy baling equipment simply couldn't keep up with production demands and was plagued by frequent mechanical failures. To resolve these operational bottlenecks and comply with Mexico’s tightening environmental frameworks, the client partnered with ENERPAT to install the heavy-duty HBM120-110130 closed door horizontal plastic bottle baler.

If you operate a precision CNC machining or aerospace component manufacturing facility in the Hartford-New Haven corridor, you already know the logistical nightmare that loose metal turnings create. Between the skyrocketing costs of hazardous waste hauling and the strict environmental mandates enforced across New England, managing your floor scrap is no longer just an operational chore—it is a critical compliance issue. Recently, a high-precision metal manufacturer based near Southington, Connecticut, found themselves at a breaking point. Their existing scrap compactor failed completely, triggering an immediate bottleneck on the production floor. With loose, voluminous aluminium turnings rapidly piling up at a rate of 3 to 5 shop carts per day (roughly 1,300 to 2,200 lbs daily), they needed a fast, rugged, and compliant solution to reclaim their floor space and protect their bottom line.

In the high-stakes metal recycling sector, equipment reliability directly dictates a facility's bottom line. Recently, a prominent metal recycling company in Thailand reached a critical turning point with its aging machinery. As a long-term loyal customer of ENERPAT—who had previously purchased our heavy-duty Two Shaft Shredder for other processing lines—they knew exactly who to trust when their core compaction infrastructure began to decline. The client's existing, legacy metal baler had grown old, inefficient, and prone to frequent downtime, struggling to handle the high-recoil nature of industrial stainless steel scrap. Rather than risking operational bottlenecks or seeking unverified local alternatives, the customer bypassed the market and turned directly to ENERPAT to replace their old unit with our advanced press baler machine. This strategic upgrade ensures their facility maintains peak throughput while handling premium non-ferrous materials with absolute precision.

In the industrial region of Brazil, Indiana, a prominent high-precision contract manufacturer has officially streamlined its machining waste stream. As a high-performance job shop catering to the aerospace, medical, and automotive industries, the facility faced the classic "machine shop dilemma": how to manage the massive volume of oily metal turnings generated by their Swiss-style auto lathes. The solution was the installation of the ENERPAT BM-570, a high-efficiency small metal briquetter designed to transform loose, oil-soaked chips into dense, clean, and high-value metal pucks.