Background: Growing Scrap Volume but Low Efficiency

In São Paulo, Brazil, a medium-sized scrap collection yard was facing a common challenge. Their daily scrap volume had increased to around 15–20 tons, mainly consisting of aluminum profiles, thin steel sheets, and mixed light metals. However, their operation was still largely manual.

Loose scrap occupied too much space, transport costs were rising, and workers spent excessive time cutting and bundling materials. The customer had previously considered larger balers but hesitated due to high investment cost and unstable local power supply.

Their core concerns were very clear:

Limited workshop space
Rising labor costs
High transport expenses due to low-density scrap
Need for a simple, reliable machine without complex maintenance

Solution: Introducing the Y83Q-135 Metal Baler

After evaluating their material type, daily output, and budget, the Y83Q-135 metal baler was recommended as the most practical solution.

Instead of pushing for a larger model, the focus was on matching machine capability with real working conditions.

The compact structure allowed easy installation without modifying the existing yard layout.
The 18.5 kW power requirement fit perfectly within their local electricity limits.
The adjustable bale length (50–300 mm) gave them flexibility for both local resale and export packing.

Implementation: Smooth Transition to Mechanized Operation

The machine was installed with minimal setup time. Workers quickly adapted to the hand valve control system, as it required no complicated training.

Within the first week, the operation shifted from manual bundling to structured baling:

Loose scrap was directly fed into the chamber
Compression cycles became consistent and predictable
Bales were discharged forward for easy stacking and transport

This significantly improved workflow organization inside the yard.

Results: Measurable Improvements in Efficiency and Cost

1. Transport Cost Reduced by Over 30%
With bale density exceeding 1800 kg/m³, the customer was able to load more material per truck, directly lowering freight cost per ton.

2. Labor Requirement Reduced
Manual cutting and bundling were minimized. The same team could now handle higher daily volume with less physical effort.

3. Space Utilization Improved
Instead of scattered loose scrap, compact bales made storage more organized, freeing up valuable working space.

4. Faster Scrap Turnover
The customer reported a noticeable increase in daily processing speed, allowing them to respond faster to market demand.

Why the Customer Chose This Model

The decision was not based on maximum power, but on practical efficiency:

The machine matched their actual capacity needs
It avoided unnecessary investment in oversized equipment
It was simple enough to operate without technical risk
It delivered immediate cost savings in transport and labor

Customer Feedback

After several months of operation, the customer shared that the Y83Q-135 had become a “core machine” in their yard.

They particularly valued:

Stable performance without frequent breakdowns
Flexible bale size for different buyers
Low energy consumption compared to larger machines

Conclusion

This case highlights an important point: the right machine is not always the biggest one, but the one that fits your operation best.

For small to medium scrap yards in markets like Brazil, where cost control, energy efficiency, and operational simplicity are critical, the Y83Q-135 metal baler proves to be a highly effective solution.