Xrido 3-5T/H Automatic Hydraulic Scrap Gantry Shear Machine

• Fully automatic operation
• Multifunctional capabilities
• High safety level design
• Competitive pricing
• High productivity output
• Energy efficient operation
• High efficiency with low energy consumption

The gantry metal shearing machine is primarily designed for cutting large light metal structural components made from scrapped billets, square steels, I-beams, channel steels, steel pipes, and other steel materials into furnace-ready scrap steel. This equipment is ideal for steel mills, non-ferrous metal smelting industries, precision casting operations, and raw material manufacturers.

• High-strength wear-resistant alloy steel plates installed on critical components to extend service life
• Independent circulation oil return filtration and cooling system with liquid level alarm and oil temperature heating
• High-strength wear-resistant copper alloy plate and quenched alloy steel plate friction pair for heavy-duty operation
• Automatic lubrication system with adjustable intervals via touch screen controls
• Lubrication oil cut-off automatic shutdown function to prevent dry friction damage

The hydraulic gantry shears are designed for cutting and crushing various scrap materials including:

• Scrap plates and bars
• Ferroalloy charges and special plates
• Ship plates from ship recycling yards
• Automobile bodies and components
• Metal briquettes and iron filings
• I-beams, tracks, and light steel materials
• Steel bars, plates, pipes, and round steel
• Non-ferrous metals including copper and aluminum

Note: These are standard models. Custom configurations are available based on specific requirements.

We provide comprehensive installation guidance and after-sales service. Customer feedback is highly valued as it helps us continuously improve our products and services.

Our factory holds numerous certifications and invention patents. We are committed to technological innovation and continuous improvement in metal processing equipment manufacturing.