Project Background

A small scrap recycling company in Ho Chi Minh City, Vietnam, contacted us to improve its daily handling of loose metal scrap. The customer mainly collected light steel scrap, aluminum profiles, copper offcuts, metal sheets, cans, and mixed workshop waste from local factories.

Before using a hydraulic metal baler, most of the scrap was stored loosely in the yard. This created several problems: the scrap occupied too much space, truck loading was inefficient, and the resale price was not stable because the materials were not compact enough for easier transport and storage.

The customer did not need a very large automatic baling line. Their daily processing volume was moderate, and they wanted a practical machine with simple operation, reliable performance, and reasonable investment cost.

Customer Requirements

The customer’s main requirements were clear:

A compact hydraulic metal baler suitable for a limited yard area

Capacity around 1500–2000 kg/h

Easy operation for local workers

Stable compression for light and medium scrap metal

Low maintenance cost

Dense bales for easier loading and transportation

After discussing the customer’s material type, working hours, and expected output, we recommended the Y83-125 Hydraulic Metal Baler.

Recommended Solution

The Y83-125 Hydraulic Metal Baler was selected because it matched the customer’s working condition very well. With a 1250 kN nominal force, this machine can compress loose scrap metal into compact bales with a size of (250–450) × 250 × 250 mm.

The compact bale size helped the customer stack materials neatly in the yard and load more scrap into each truck. The machine’s 1200 × 700 × 600 mm compression chamber was suitable for their daily scrap collection, especially aluminum profiles, thin steel pieces, sheet metal, and non-ferrous scrap.

The customer also appreciated the turn-out bale discharge method and hand valve control, because their workers could learn the operation quickly without complicated training.

Specifications

Project Results

After installation and operation, the customer’s scrap handling efficiency improved noticeably. Loose scrap that previously occupied a large yard area could now be compressed into dense and regular bales. The finished bales were easier to stack, easier to transport, and more convenient for resale to downstream recycling plants.

According to the customer’s feedback, the machine helped them reduce manual sorting and loading pressure. Workers could operate the baler after basic training, and the hydraulic system ran smoothly during daily use.

The customer mentioned that the most valuable improvement was not only the compression result, but also the change in yard management. Their site became cleaner, loading became faster, and the materials looked more professional when delivered to buyers.

Customer Feedback

“The machine is suitable for our yard size and daily scrap volume. The operation is simple, and the bale size is convenient for loading. After using the baler, our storage area became much more organized.”

Why the Customer Chose Us

The customer chose our company because we provided a practical recommendation based on their real material type and daily capacity, instead of simply offering a larger and more expensive machine.

With around 40 years of manufacturing experience in hydraulic scrap processing equipment, our factory can provide different models of hydraulic metal balers, alligator shears, gantry shears, and other recycling machines according to customer requirements. Our machines are manufactured under strict quality control and can be supplied with CE and ISO9001 certification.

For small and medium recycling companies, the Y83-125 Hydraulic Metal Baler is a cost-effective choice that balances compression force, output capacity, machine size, and investment budget.

Project Summary

This Vietnam project shows that a compact hydraulic metal baler can bring clear value to small and medium scrap recycling businesses. For customers processing light and medium metal scrap, the Y83-125 offers a practical solution to reduce storage pressure, improve transport efficiency, and increase the commercial value of recyclable materials.