Q43L-6300 Scrap Steel Guillotine Shear for Heavy Ferrous Recycling

Q43L-6300 Scrap Steel Guillotine Shear for Heavy Ferrous Recycling

1. Product Description

The Q43L-6300 scrap steel guillotine shear is designed for heavy ferrous recycling and bulk scrap steel cutting. It is suitable for facilities processing bulky steel scrap, structural scrap, and heavy ferrous materials that need length reduction before storage, transfer, or downstream recycling. The current page presents this model as a 7000 mm chamber shear with PLC automatic control and 154 kW motor power for heavy-duty operation.

In large recycling operations, long and bulky scrap steel can interrupt feeding rhythm, reduce handling efficiency, and create unstable cutting flow. A guillotine shear of this class is used to improve that process by allowing larger batch feeding and more stable repeated cutting. With a 7000 × 1800 × 900 mm chamber, this model is clearly intended for bulk scrap preparation rather than small-batch light scrap cutting.

This machine is best suited for buyers who need a scrap steel guillotine shear for heavy ferrous recycling, especially in applications requiring long chamber feeding, repeated cutting cycles, and PLC automatic operation. The page currently lists 2–3 times/min frequency, 1800 mm blade length, 154 kW power, 25 MPa pressure, and 62 ton machine weight.

2. Product Positioning

The Q43L-6300 is best positioned as a scrap steel guillotine shear for heavy ferrous recycling. It is suitable for:

1. Large scrap yards
2. Ferrous recycling plants
3. Heavy scrap steel processing lines
4. Steel mills handling bulky recycled scrap
5. Bulk scrap steel cutting operations

This page should not be positioned as a generic industrial waste cutter. Its strongest role is a dedicated heavy ferrous recycling page focused on scrap steel reduction, long chamber feeding, and automatic cutting operation. That positioning matches the current page’s title, applications, chamber size, and FAQ wording around heavy and bulky steel materials.

3. Suitable Materials

This model is suitable for:

1. Heavy steel scrap
2. Bulky ferrous scrap
3. Structural scrap
4. Large steel sections
5. Recycled steel materials for downstream processing

The current body text describes the machine as suitable for large structural scrap and heavy steel components, while the FAQ states it is designed for heavy and bulky steel materials.

4. Recommended Application Scenarios

4.1 Large Scrap Yards

The page explicitly lists large scrap yards as a target application, especially where bulky scrap needs repeated cutting and more efficient feeding.

4.2 Ferrous Recycling Plants

The current page positions the machine around high-volume steel recycling and heavy steel handling, which makes ferrous recycling plants a natural core use case.

4.3 Steel Mills

The existing application list includes steel mills, indicating the machine is also suitable for plant-side scrap steel preparation before downstream handling.

4.4 Bulk Scrap Steel Processing Lines

Because the machine uses a 7000 mm chamber and PLC automatic operation, it is especially suitable for lines that need bulk scrap steel feeding and continuous repeated cutting. This is an inference directly supported by the page’s chamber size, automation, and “continuous processing capability” language.

5. Technical Specification Table

6. Core Product Advantages

6.1 Long Chamber for Bulk Scrap Feeding

The 7000 × 1800 × 900 mm chamber is one of the clearest advantages on the current page, making this model suitable for bulk scrap steel loading and longer feeding cycles.

6.2 Suitable for Heavy Ferrous Recycling

The page repeatedly positions this machine for high-volume steel recycling and heavy scrap handling, which supports using this page for the narrower theme of heavy ferrous recycling.

6.3 PLC Automatic Operation

The technical section states PLC Automatic operation, which is suitable for more stable and repeatable heavy-duty scrap steel cutting work.

6.4 Designed for Bulky Steel Scrap

The body text and FAQ both indicate that this machine is used for large structural scrap, heavy steel components, and bulky steel materials, making it more suitable for heavy steel scrap reduction than light mixed scrap work.

6.5 Continuous Processing Direction

The key advantages section highlights continuous processing capability, which is relevant for facilities needing stable cutting rhythm in bulk scrap steel handling.

7. Working Process

7.1 Scrap Loading

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

7.2 Material Positioning

The hydraulic system and shear structure prepare the scrap for controlled repeated cutting. This is an inference supported by the page’s automation, chamber size, and process-oriented description.

7.3 Hydraulic Cutting

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

7.4 Output and Transfer

After cutting, the material can be stored, transferred, or prepared for downstream ferrous recycling and steel scrap 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 scrap steel do you mainly process?
2. What is the maximum material size and section size?
3. What hourly or daily output do you expect?
4. Do you need long chamber feeding or shorter batch cutting?
5. What are your site layout and power supply conditions?

8.2 Why is this information important?

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

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 steel 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 630 ton or 640 ton?

The current page contains both values. Detail Information shows 630ton, while the technical section shows 640 Ton. You should confirm the official final value and unify the page before publishing.

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 confirmation, buyers should provide scrap type, feeding conditions, target capacity, and site requirements so the recommended guillotine shear configuration matches actual heavy ferrous recycling needs.

11. Call to Action

If you are looking for a scrap steel guillotine shear for heavy ferrous recycling, send us your scrap type, maximum material size, target capacity, and site conditions. We will recommend a suitable cutting solution for your bulk scrap steel processing line.