2000kN Alligator Shear For Thick Steel Bar Cutting And Scrap Pre-Processing With

Product Specification

2000kN Alligator Shear For Thick Steel Bar Cutting And Scrap Pre-Processing With 800mm Blade Length

Product Overview

The 2000kN Alligator Shear is built for operations that require stronger cutting capacity and higher throughput when handling medium to heavy scrap materials. With an 800mm blade length and an extended 380mm blade opening, this machine is specifically designed to process larger and denser metal scrap efficiently.

This hydraulic scrap metal alligator shear stands out by focusing on practical performance in real working conditions. Instead of just increasing tonnage, it improves feeding convenience, cutting stability, and cycle efficiency—making it highly suitable for recycling yards that process mixed and irregular materials daily.

It is an ideal choice for businesses upgrading from smaller models and looking for a more productive and durable cutting solution without significantly increasing operational complexity.

Cause

As recycling operations expand, many users encounter hidden inefficiencies:

• Scrap size becomes larger and harder to handle manually
• Smaller shears struggle with thicker materials, causing repeated cuts
• Narrow blade openings slow down feeding and reduce efficiency
• Inconsistent cutting affects downstream processes like baling or melting

These issues not only reduce productivity but also increase labor intensity and operational costs.

Solution

The Q43-2000 hydraulic alligator shear machine addresses these points with a more optimized structure and performance:

• Higher shear force (2000kN) for cutting thicker and tougher materials
• Wider blade opening (380mm) for faster and easier material feeding
• Improved cutting efficiency (12–20 cuts/min) for stable output
• Compact yet reinforced frame for long-term durability
• Flexible operation modes to match different working conditions

This machine acts as a reliable pre-processing solution, preparing scrap into manageable sizes for further handling or transport.

Specifications

Application

The alligator shear machine is widely applied in scenarios where larger scrap materials need efficient size reduction:

• Scrap yards processing heavy steel bars and profiles
• Recycling facilities preparing materials for balers or shredders
• Industrial plants handling metal offcuts and production waste
• Steel distribution centers cutting long bars into shorter lengths
• Non-ferrous recycling plants processing aluminum and copper

It is especially suitable for cutting thick round bars, square steel, pipes, and mixed structural scrap.

How It Works

The machine uses a hydraulic drive system to generate powerful cutting motion. Scrap is manually fed into the cutting zone and positioned between the blades. A hydraulic cylinder pushes the upper blade downward, shearing the material against the lower blade.

The larger blade opening allows operators to load materials more efficiently, reducing preparation time. With PLC semi-automatic control, the machine can perform continuous cutting cycles, improving consistency and reducing manual workload.

How To Choose

When choosing a scrap metal alligator shear, focus on real usage needs rather than just tonnage:

• Material Size
  If your scrap exceeds 50mm regularly, a 2000kN model is more suitable
• Feeding Efficiency
  Larger blade opening improves workflow for irregular materials
• Production Volume
  Higher cutting frequency supports increased daily output
• Operator Skill Level
  PLC control is recommended for consistent operation
• Integration Needs
  Consider whether the machine will work with balers or conveyors

The Q43-2000 is a strong choice for users needing higher efficiency without moving to large-scale shear systems.

FAQ

Q1: Can this machine handle irregular or mixed scrap?
Yes, the large blade opening makes it easier to process irregular and bulky materials.

Q2: What is the main advantage over smaller models?
Higher cutting force and larger feeding capacity significantly improve efficiency for thicker materials.

Q3: Is manual feeding safe?
Yes, with proper operation and safety procedures, manual feeding is stable and widely used in this type of machine.

Q4: Does it require a large installation space?
No, the machine is designed to remain compact while delivering higher performance.

Q5: Can it be integrated with other equipment?
Yes, it can be used together with balers, conveyors, or other recycling systems for a complete processing line.