1) Project Background: Why Honduras yards are prioritizing “density + speed”

In Honduras, many scrap recyclers process mixed light-to-medium steel scrap—sheet offcuts, small structural pieces, and thin-gauge material—where profitability is often shaped by three daily realities: yard congestion, loading efficiency, and labor intensity. Loose scrap occupies valuable space, slows handling, and creates “air gaps” in trucks or containers, quietly increasing logistics cost per ton. To stabilize daily throughput, more operators are investing in densification and mechanized feeding, and the hydraulic metal baler is increasingly viewed as a core productivity tool rather than a “nice to have.”

2) Customer Profile & Application Needs

A Honduras-based scrap recycling company wanted to modernize its workflow and reduce reliance on manual handling. Their requirements were clear:

• A 3-meter enclosed hydraulic metal baler to turn loose scrap into consistent bales.

• A grapple for feeding and discharging to reduce re-handling and stabilize the workflow.

• PLC fully automatic operation with a remote controller, so performance remains repeatable across shifts.

• Stable cycle time and reliable daily output to support regular truck loading.

3) Solution Delivered by Jiangsu WANSHIDA: Y83D-3000C Enclosed Hydraulic Metal Baler with Grapple

To match these needs, Jiangsu Wanshida Hydraulic Machinery Co., Ltd. delivered the Y83D-3000C enclosed hydraulic metal baler with grapple. The enclosed (wrap-around) chamber design supports consistent bale forming, while grapple-based feeding/discharging and PLC automation create a smoother “grab-feed → compress → bale-out” routine. For yards handling thin scrap and mixed loose material, a hydraulic metal baler with mechanized feeding is often the most direct way to improve yard order and shipping consistency.

Specification Table (Quotation Configuration)

4) On-Site Workflow: Where the hydraulic metal baler made the biggest difference

After commissioning, the yard placed the hydraulic metal baler at a key handoff point: after sorting and before shipping. Scrap is grab-fed directly into the press room, PLC automation keeps each cycle consistent, and finished bales are discharged in a predictable rhythm. In practice, this hydraulic metal baler workflow reduced internal congestion because operators no longer needed repeated “pick-move-reposition” steps to manage loose scrap piles.

5) Customer Feedback: What improved first in daily operations

During trial operation and early production, the customer highlighted three practical improvements:

1. More stable daily rhythm: the ~60-second cycle made output predictable and reduced waiting time—exactly what they expected from a PLC-controlled hydraulic metal baler.

2. Lower labor intensity: grapple feeding/discharging reduced manual re-handling, and remote control improved operator comfort and safety around the hydraulic metal baler during repetitive loading.

3. Easier shipping: more uniform bale size improved stacking and loading efficiency, helping trucks load faster and plan shipments more consistently.

6) Key Takeaway for Central America scrap yards

This Honduras project reflects a clear direction: yards are shifting from “handling loose material” to “shipping standardized bales.” A 3-meter enclosed hydraulic metal baler with grapple and PLC automatic control can directly address the operational triangle of space, labor, and loading efficiency—especially for thin scrap up to 3 mm and high-frequency output needs. For operators evaluating upgrades, the Y83D-3000C hydraulic metal baler is a practical reference for building a more consistent, scalable workflow.