Product Name:

Hydraulic Alligator Shear for Scrap Metal Cutting

1. Product Introduction

The Wanshida Hydraulic Alligator Shear is a robust and efficient metal cutting machine designed for processing various scrap materials such as steel bars, angle irons, I-beams, channel steels, pipes, and other structural metals. With a powerful hydraulic drive and a crocodile-type cutting structure, it delivers fast, stable, and precise shearing performance. This machine is ideal for metal recycling yards, steel mills, foundries, and manufacturing plants seeking to reduce large scrap into manageable sizes for melting or transport.

2. Applications

The Alligator Shear is widely used in:

• Scrap metal recycling plants – Cutting long or oversized steel and iron scrap into short pieces.

• Steel mills and foundries – Preparing scrap for furnace feeding.

• Manufacturing and machining workshops – Handling leftover materials, offcuts, and waste bars.

• Demolition and recycling industries – Processing structural steel, pipes, and rebar efficiently.

3. Technical Specifications

4. Key Advantages

• High Cutting Force: Strong hydraulic power ensures stable cutting of heavy and thick metal scraps.

• Durable Blades: Made of high-strength alloy steel for long service life and easy replacement.

• Safe and Reliable: Equipped with emergency stop, overload protection, and safety guards.

• Flexible Operation: Manual and semi-automatic control options to meet different working needs.

• Energy Efficient: Advanced hydraulic system provides smooth performance with low noise and minimal energy consumption.

• Compact Structure: Small footprint and easy installation, ideal for limited workshop spaces.

5. After-Sales Service

• Warranty: One-year guarantee with lifelong maintenance support.

• Technical Support: Remote troubleshooting and spare parts supply available worldwide.

• Installation & Training: On-site or online operation guidance for customers.

• Customization: Machine specifications can be tailored according to scrap type and processing capacity.