Q43L-6300 Hydraulic Scrap Gantry Guillotine Shear for Heavy Steel Recycling

Q43L-6300 Hydraulic Scrap Gantry Guillotine Shear for Heavy Steel Recycling

1. Product Description

The Q43L-6300 hydraulic scrap gantry shear is designed for high-volume steel recycling and heavy scrap size reduction. It is suitable for large recycling facilities that need to process bulky steel scrap, structural materials, and heavy ferrous sections under repeated working conditions. The current page emphasizes its 7000 mm loading chamber, 154 kW motor, and PLC automatic operation as key positioning points.

In large recycling plants, heavy scrap often creates feeding bottlenecks, irregular material flow, and inefficient cutting rhythm. A gantry shear is used to improve this process by enabling continuous loading, controlled cutting length, and more stable production handling. With its 7000 × 1800 × 900 mm chamber size, this model is clearly aimed at bulk feeding and higher-volume scrap preparation rather than small batch cutting.

This machine is best suited for buyers who need a hydraulic gantry shear for continuous steel recycling work. The page currently lists 2–3 times/min cutting frequency, 154 kW installed motor power, 25 MPa hydraulic pressure, 1800 mm blade length, and PLC automatic operation. It also includes a comparison table describing gantry shears as suitable for heavy scrap and PLC-based automation.

2. Product Positioning

The Q43L-6300 is best positioned as a hydraulic scrap gantry shear for high-volume steel recycling. It is suitable for:

1. Large scrap yards
2. Steel recycling plants
3. Industrial heavy scrap processing lines
4. Facilities handling bulky steel scrap in continuous batches

This page is less suitable as a “general scrap shear” page. Its best role is a dedicated gantry shear page focused on bulk feeding, continuous cutting, and large-scale steel recycling. That positioning fits the current title, application list, chamber size, and technical comparison section.

3. Suitable Materials

This model is suitable for:

1. Heavy steel scrap
2. Bulky ferrous scrap
3. Structural scrap
4. Large steel sections
5. Industrial recycling steel materials

The body text currently describes it as suitable for large structural scrap and heavy steel components, and the FAQ states it can handle heavy and bulky steel materials.

4. Recommended Application Scenarios

4.1 Large Scrap Yards

The current application list explicitly includes large scrap yards, where bulk feeding and continuous heavy scrap reduction are important.

4.2 Steel Recycling Plants

The title and introduction both position the machine for high-volume steel recycling, making recycling plants a core use case.

4.3 Industrial Heavy Scrap Processing

The product introduction describes the machine as suitable for facilities processing large structural scrap and heavy steel components, which aligns with industrial heavy scrap reduction.

4.4 Continuous Bulk Scrap Feeding Lines

Because the machine uses a 7000 mm loading chamber, it is especially suitable for operations that need more continuous feeding and reduced loading interruptions. This is an inference directly supported by the page’s positioning around bulk feeding and chamber size.

5. Technical Specification Table

Important publishing note: the current page shows conflicting cutting-force values: Main Cutting Force: 500 ton in Detail Information, but Cutting Force: 640 Ton in Technical Specifications. Please confirm the correct final value and unify it across the page before publishing.

6. Core Product Advantages

6.1 Large Loading Chamber for Bulk Feeding

The 7000 × 1800 × 900 mm chamber supports larger batch feeding and is one of the clearest practical advantages on the current page.

6.2 Suitable for High-Volume Steel Recycling

The page repeatedly positions this model for high-volume steel recycling, which makes it a more specialized option than a general-purpose scrap shear page.

6.3 PLC Automatic Operation

The technical section states PLC Automatic operation, which is suitable for more stable and repeatable heavy scrap processing.

6.4 Long Blade for Heavy Scrap Cutting

The listed 1800 mm blade length supports wider cutting coverage in heavy scrap processing conditions.

6.5 Continuous Processing Direction

The key-advantages section highlights continuous processing capability, which fits buyers looking for a machine for repeated industrial steel recycling work.

7. Working Process

7.1 Scrap Loading

Bulky steel scrap is loaded into the 7000 mm chamber for batch preparation and cutting.

7.2 Material Positioning

The gantry shear structure and hydraulic system prepare the material for controlled cutting length and repeated operation. This is an inference supported by the page’s emphasis on automatic operation, chamber size, and technical setup.

7.3 Hydraulic Cutting

The machine performs heavy scrap cutting at 2–3 times/min, with cut lengths listed as 200–600 mm.

7.4 Output and Transfer

After cutting, the scrap is ready for storage, transfer, or downstream recycling processing. This follows directly from the page’s recycling-use positioning.

8. RFQ

8.1 What information should buyers provide before quotation?

1. What type of steel scrap do you mainly process?
2. What is the maximum material size and section size?
3. What hourly or daily processing volume do you expect?
4. Do you need continuous bulk feeding or batch cutting?
5. What are your site space and power supply conditions?

8.2 Why is this information important?

1. It helps confirm whether the Q43L-6300 is suitable for your scrap type.
2. It helps determine whether the 7000 mm chamber matches your feeding method.
3. It improves configuration recommendation and quotation accuracy.

9. FAQ

9.1 What is the loading chamber size?

The current page lists the loading chamber size as 7000 × 1800 × 900 mm.

9.2 What industries use this machine?

The current application list includes large scrap yards, steel mills, and industrial recycling plants.

9.3 Can it handle heavy scrap?

Yes. The page states it is designed for heavy and bulky steel materials and for large structural scrap and heavy steel components.

9.4 What is the cutting frequency?

The current page lists 2–3 times/min as the cutting frequency.

9.5 Is the cutting-force value 500 ton or 640 ton?

The current page contains both values, so this must be corrected before publishing. Detail Information shows 500 ton, while the technical table shows 640 Ton. You should confirm the official final value and unify the entire page.

10. After-Sales Service

Jiangsu Wanshida Hydraulic Machinery Co., Ltd. can provide support for equipment selection, technical confirmation, production follow-up, testing before delivery, and installation guidance. Before final order confirmation, buyers should provide scrap type, feeding conditions, expected capacity, and site requirements so the recommended gantry shear configuration matches actual recycling needs.

11. Call to Action

If you are looking for a hydraulic scrap gantry shear for high-volume steel recycling, send us your scrap type, maximum material size, target capacity, and site conditions. We will recommend a suitable gantry shear solution for your recycling line.