The scrap metal recycling industry in Australia has clear local characteristics. Because cities and industrial areas are often far apart, many recycling companies need to deal not only with local scrap materials, but also with higher labor costs, transportation costs, and yard management pressure. For scrap yards, metal fabrication plants, auto repair and dismantling sites, and farm equipment maintenance businesses, loose scrap steel, scrap iron, light metal offcuts, and mixed scrap metal can occupy large working space if stored without compression.

This project customer came from the Australian scrap metal recycling industry. The customer mainly processed light scrap steel, metal offcuts, scrap iron, non-ferrous metal waste, and mixed scrap metal. They wanted to use a 200 ton hydraulic metal baler to compress loose scrap into regular bales for easier storage, handling, transportation, and resale. At the same time, based on their actual feeding habits, the customer specially requested a feeding hopper to make material loading more concentrated and smoother.

Reference Customer Situation

The customer’s recycling site was not a single-material processing site, but a typical mixed scrap metal recycling operation. The scrap sources may include metal fabrication waste, repair shop scrap parts, dismantling waste, and light metal materials. These materials are usually bulky, irregular in shape, and inefficient to handle manually.

The customer mainly focused on:

Irregular scrap shapes making direct feeding inconvenient
Loose scrap occupying too much yard space
High labor cost and the need to reduce manual sorting work
More regular bales for forklift handling and truck loading
Stable machine operation for long-term use
A feeding method matching local site operation habits
Supplier ability to customize equipment and support overseas projects

For Australian customers, the machine should not only compress scrap, but also truly match their daily working method. If the feeding structure does not fit the site operation, actual efficiency may still be limited even if the machine can work.

Our Solution

Based on the customer’s scrap material type and on-site operation requirements, we supplied a 200 ton hydraulic metal baler and added a customized feeding hopper according to the customer’s request.

This machine is suitable for scrap steel, scrap iron, light metal waste, non-ferrous metal offcuts, and compressible mixed scrap metal. The 200 ton pressing force can meet the compression needs of medium-scale scrap metal recycling operations. Through the hydraulic system, loose scrap can be compressed into regular metal bales, making forklift handling, stacking, weighing, truck loading, and transportation easier.

The key point of this project was not simply providing a standard baler, but adjusting the machine structure according to the customer’s feeding method. The customized hopper helps the customer feed scrap more conveniently, reduce material scattering, improve feeding continuity, and reduce repeated manual sorting work.

For customers handling irregular scrap materials, a feeding hopper can make the loading process smoother, especially in recycling sites using forklifts, grapples, or manual-assisted feeding.

Product Configuration Reference

Why the Customer Chose WANSHIDA

The customer chose WANSHIDA because we can provide not only standard hydraulic metal balers, but also customized designs based on real working conditions.

WANSHIDA has more than 40 years of manufacturing experience in hydraulic scrap metal recycling equipment, with our own factory and professional engineering team. We can adjust machine configurations according to scrap type, bale requirements, feeding method, local voltage, and site space.

In this project, after the customer requested a feeding hopper, we matched the design with the baler structure and site operation logic, making the machine more suitable for the customer’s actual feeding method. For overseas customers, this customization capability helps reduce adaptation problems after machine arrival and improves long-term working efficiency.

Our machines can be produced according to CE and ISO9001 quality requirements, meeting export market expectations for quality, stability, and long-term use. We also provide long-term technical support, operation suggestions, maintenance guidance, and spare parts supply to help customers reduce future operation risks.

Project Value

The value of this project was not only scrap compression, but also improving the customer’s whole scrap handling process. With the 200 ton hydraulic metal baler, the customer can compress loose scrap metal into more regular bales, reducing yard occupation, improving truck loading efficiency, and lowering wasted transportation space.

By adding the customized feeding hopper, the machine also better matched the customer’s actual feeding habits. In a market like Australia, where labor costs are relatively high, reducing unnecessary manual sorting and auxiliary handling is an important part of improving long-term operating efficiency.

Project Summary

This Australia 200 ton hydraulic metal baler project shows that the most suitable machine is often not a simple standard configuration, but a practical solution adjusted according to local working conditions, material characteristics, and operating habits.

The customized feeding hopper made this machine more suitable for the customer’s real site use, helping achieve smoother feeding, more stable compression, and more efficient scrap turnover.

For Australia and other markets with higher labor costs and higher site management requirements, a customizable hydraulic metal baler is not only a machine, but also a practical solution for improving scrap metal recycling efficiency and long-term operating value.