A manufacturing facility in Salt Lake City, Utah has recently installed an ENERPAT AMB-H1075-250 metal compactor machine to handle steel stamping scrap generated during production.
The project focused on a practical issue common in metal manufacturing: loose stamping scrap can take up considerable floor space and become inefficient to transport. By compacting the material into dense bales at the point of generation, the facility can make better use of its available space while improving the efficiency of scrap handling and outbound transportation.
From Loose Stamping Scrap to More Manageable Bales
The customer is a U.S. manufacturing company operating in Salt Lake City. Its production process generates steel stamping scrap, including metal offcuts and other pieces left after stamping operations.
The material itself still has recycling value, but its loose form creates several operational problems.
Large quantities of loose scrap can quickly fill collection areas around a production facility. It also occupies more space during temporary storage and can make transportation less efficient because the available container or truck volume is consumed before the scrap reaches a higher load density.
For this project, the customer's priorities were straightforward:
Reduce the volume of stamping scrap
Free up floor and storage space
Make scrap handling easier
Improve transportation efficiency
Maintain a practical solution for ongoing manufacturing production
Based on these requirements and the material characteristics, ENERPAT recommended a 250-ton hydraulic metal baler machine in the hopper-style automatic configuration.
ENERPAT Solution: AMB-H1075-250 Metal Compactor Machine
As a Hopper-Style Automatic Metal Baler, the AMB-H1075-250 uses an open hopper to receive scrap continuously rather than requiring operators to manually load each individual charge into a closed chamber.
For a manufacturing operation generating stamping scrap on a regular basis, this configuration provides a more practical workflow between production, scrap collection and baling.
The AMB-H1075-250 features:
250-ton pressing force
1000 × 750 mm press chamber
250 × 250 mm bale size
22 + 22 kW motor power
Automatic operation
Approx. 59 HP total motor power
ENERPAT's AMB-H series is designed for continuous metal scrap compaction, with the series covering applications involving light scrap metals, metal turnings, metal chips and other recyclable metal materials.
Designed Around a 3-Ton-Per-Hour Stamping Scrap Stream
For this Salt Lake City installation, the customer's stated processing requirement is approximately 3 tons of stamping scrap per hour.
The key consideration was not simply pressing force. The equipment also needed to provide a suitable feeding and compaction workflow for the customer's production environment.
The hopper-style design allows stamping scrap to be loaded into the machine in batches or through the plant's existing material-handling process. The hydraulic system then compacts the loose scrap into smaller, denser bales that are easier to stack, move and transport.
This gives the customer a more organized material flow:
Stamping Process → Scrap Collection → Hopper Feeding → Hydraulic Compaction → Dense Metal Bales → Storage / Transportation
For manufacturing plants where scrap is generated continuously, this type of workflow can be more useful than treating each batch of stamping scrap as loose material until pickup.
Why a Metal Compactor Machine Makes Sense for Manufacturing Scrap
For a manufacturer, the value of a metal compactor machine is not limited to the pressing operation itself.
Loose stamping scrap can occupy substantial space before it leaves the facility. Compacting the material allows more scrap to be stored within the same footprint and can reduce the amount of unused volume during transportation.
For this Salt Lake City project, the intended benefits were therefore closely connected to everyday plant operations:
Less Space Used by Loose Scrap
Compacted bales are easier to stack and organize than irregular pieces of loose stamping scrap. This can help free up valuable floor space around production and scrap collection areas.
More Efficient Scrap Transportation
Loose scrap can leave significant unused space in containers and trucks. Higher-density bales allow more material to be consolidated for outbound transportation, helping the customer improve hauling efficiency.
Easier Material Handling
Standardized bales are easier to move with forklifts and other material-handling equipment than scattered or irregular scrap pieces.
A More Organized Recycling Stream
Instead of accumulating loose stamping scrap around the production area, the material can be collected, compacted and prepared as a consistent recyclable commodity.
Utah Scrap Metal Recycling Considerations
Utah's environmental regulations distinguish certain scrap metals that are being recycled or reclaimed from other solid-waste streams. Utah DEQ materials specifically identify qualifying excluded scrap metal and explain that certain scrap metal sent for recycling/reclamation can receive exclusion or exemption treatment under the applicable rules.
This does not mean that Utah manufacturers are universally required to install a metal baler or compactor. Instead, the regulatory framework is relevant when a manufacturing facility establishes how its scrap metal is collected, stored and transferred for recycling.
For facilities handling significant quantities of stamping scrap, improving the physical condition and organization of the recyclable material can therefore form part of a broader scrap-management strategy.
Facilities should confirm their specific waste classification, storage practices and recycling arrangements with the appropriate Utah authorities or qualified environmental professionals.
ENERPAT Ferrous Balers for U.S. Manufacturing Applications
This project is one example of how ENERPAT ferrous balers can be applied outside traditional scrap yards.
Manufacturing plants can generate ferrous scrap from stamping, fabrication, machining and other production processes. The equipment selection depends on factors such as material type, scrap dimensions, hourly volume, bale size and the plant's existing feeding and handling system.
For lighter and continuously generated scrap, ENERPAT's hopper-style automatic balers provide a continuous-feed approach. The AMB-H series currently includes configurations ranging from 100-ton to 250-ton pressing force, with automatic operation and different chamber and bale-size options.
This makes the equipment suitable for evaluating applications where the primary goal is not simply maximum compression force, but a practical combination of throughput, space utilization and scrap logistics.
Installation in Salt Lake City
For this project, ENERPAT supplied and installed the AMB-H1075-250 metal compactor machine at the customer's manufacturing facility in Salt Lake City, Utah.
The installation was centered on integrating the baler into the customer's existing scrap-handling workflow rather than treating the machine as an isolated piece of equipment.
The completed system provides the plant with a dedicated compaction point for its stamping scrap, allowing approximately 3 tons of material per hour to be processed according to the project's operating requirement.
With the equipment in place, the customer has a more structured way to handle production scrap before it is stored or shipped for recycling.
Looking for a Scrap Baling Machine Manufacturer for Stamping Scrap?
Choosing a scrap baling machine manufacturer for a manufacturing application requires more than comparing hydraulic pressure or motor power.
Material type, hourly scrap generation, scrap dimensions, available floor space, bale specifications, feeding method and transportation requirements all affect the appropriate machine configuration.
ENERPAT works with manufacturers and recyclers to evaluate these factors before recommending a baling solution.
If your facility generates steel stamping scrap, sheet-metal offcuts or other ferrous production scrap, ENERPAT can help assess whether a metal compactor machine or another hydraulic baling configuration is appropriate for the application.
Contact ENERPAT to discuss your material, hourly volume and bale requirements and develop a suitable scrap-compaction solution for your facility.
Enerpat is a global company specializing in waste-recycling and disposal solutions, with a mission to help customers build a better, more sustainable world. We are a leading global provider for municipal and industrial clients, helping them recycle and dispose of waste, reduce costs and consumption, and create more value.
We focus on sorters, shredders, balers, shears, and disposal equipment for a wide range of recycling needs. Enerpat believes that “Quality Transform The World.” We deliver the industry’s highest levels of quality and service. Choosing Enerpat means choosing trust and value.
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