Project Background

A scrap metal recycling customer was facing a common problem: collected scrap steel was too long, irregular, and difficult to load directly. Materials such as steel bars, round steel, angle steel, small pipes, and workshop offcuts occupied too much yard space and slowed down daily sorting work.

Before using a hydraulic metal shear, the customer mainly relied on manual cutting. This method required more workers, took more time, and made it difficult to keep stable processing efficiency every day. For a small and medium recycling yard, these problems directly affected storage, truck loading, and resale preparation.

Local Pain Points

In the local recycling market, many scrap yards face similar challenges:

1. Labor cost keeps increasing
   Manual cutting needs experienced workers and takes longer processing time.
2. Scrap materials are hard to store
   Long and irregular steel scrap occupies valuable yard space.
3. Loading efficiency is low
   Uncut scrap is difficult to arrange neatly in trucks or containers.
4. Oversized machines are not always suitable
   Many small yards do not need a large gantry shear, but still need stable cutting power.

Recommended Solution

After checking the customer’s scrap type and working scale, we recommended the Q43-1000 metal shear.

This machine is suitable for cutting light and medium ferrous scrap. With 1000kN shear force, 800mm blade length, and 11kW motor power, it offers a practical balance between cutting performance, operating cost, and easy operation.

Machine Specifications

On-Site Application

After the machine was put into use, the customer mainly used it for cutting steel bars, round steel, angle steel, steel pipes, and mixed metal offcuts.

The cut materials became shorter and easier to stack. Workers could load scrap more smoothly, and the yard became more organized. Compared with the previous manual cutting method, the Q43-1000 helped reduce labor intensity and improved daily scrap handling efficiency.

Customer Benefits

The Q43-1000 metal shear brought practical improvements to the customer’s recycling work:

1. Faster scrap preparation
   Long steel scrap could be cut into suitable lengths before loading or resale.
2. Lower labor pressure
   Hydraulic cutting reduced dependence on manual cutting work.
3. Better yard space usage
   Shorter scrap pieces were easier to store and manage.
4. More suitable investment
   The customer did not need to buy an oversized machine for medium scrap materials.
5. Simple daily operation
   Manual feeding and optional PLC semi-automatic control made the machine easy for workers to use.

Why This Case Matters

For many recycling yards, improving efficiency does not always mean choosing the biggest machine. The more important point is choosing a machine that matches the real scrap size, daily workload, and budget.

This Q43-1000 metal shear export case shows how a compact hydraulic shear can solve practical problems in scrap steel cutting, storage, and transportation. It is a suitable choice for small and medium recycling yards that want to improve cutting efficiency without increasing unnecessary investment.

Conclusion

The Q43-1000 metal shear helped the customer turn long, irregular scrap steel into shorter and easier-to-handle materials. With stable hydraulic cutting force, simple operation, and moderate power consumption, this machine provided a practical solution for daily scrap metal recycling work.

For customers processing steel bars, round steel, angle steel, small pipes, and metal offcuts, the Q43-1000 metal shear can be a cost-effective equipment choice for improving recycling efficiency.