Q43-3150 Hydraulic Scrap Metal Shear 1200 mm Blade 520 mm Opening for Heavy

The Q43-3150 Hydraulic Scrap Metal Shear is an ultra heavy-duty cutting machine designed for processing extremely thick and high-strength steel scrap.
Equipped with a 1200 mm cutting blade and a 520 mm maximum blade opening, this model is engineered to handle oversized and solid metal materials that require high cutting stability rather than high cutting frequency.

Unlike medium-speed alligator shears, the Q43-3150 focuses on maximum cutting capacity per stroke, making it suitable for cutting large steel plates, solid bars, and heavy scrap sections in demanding industrial environments.
Its reinforced structure, dual-motor drive, and water-cooling system ensure stable operation under continuous high-load conditions.

• Model: Q43-3150
• Blade Length: 1200 mm
• Max Blade Opening: 520 mm
• Cutting Capacity:
  • Steel plate: 80 * 80 mm
  • Round bar: Φ90 mm
• Cutting Speed: 2–3 times per minute
• Motor Power: 2 * 22 kW
• Cooling System: Water cooler
• Applicable Material: Steel scrap, metal scrap
• Certification: CE, ISO 9001

Ultra-Heavy Reinforced Frame
The main structure is built for high-impact cutting loads, ensuring long-term dimensional stability during repeated low-speed, high-force cutting cycles.

Wide Opening Feeding Structure
A 520 mm blade opening allows direct feeding of oversized steel sections and thick scrap without extensive pre-processing.

Dual-Motor Drive System
Two 22 kW motors deliver stable hydraulic power output, ensuring consistent cutting force even when processing solid or high-strength materials.

Extended Blade Length
The 1200 mm blade provides a larger cutting surface, improving force distribution and cutting stability for large cross-section materials.

Low-Frequency High-Force Cutting Mode
With a cutting speed of 2–3 strokes per minute, the Q43-3150 prioritizes cutting strength and control over speed, reducing mechanical shock and blade wear.

Designed for Solid Steel Sections
Optimized blade geometry allows clean and controlled cutting of thick steel plates and solid round bars within rated capacity.

Manual Feeding Configuration
Manual feeding allows precise positioning of heavy and irregular scrap, improving cutting accuracy and operational safety.

Water Cooling System
The integrated water cooler maintains stable oil temperature during prolonged heavy-duty operation, extending hydraulic component life.

Stable Control Logic
Designed for controlled, deliberate cutting cycles rather than rapid repetition, ideal for heavy scrap preparation.

The Q43-3150 Hydraulic Scrap Metal Shear is suitable for:

• Thick steel plates and blocks
• Solid steel bars and round rods
• Heavy structural steel sections
• Oversized industrial scrap

It is commonly used in large scrap recycling yards, steel processing plants, and heavy industrial scrap preparation stations.

Built for Maximum Cutting Capacity per Stroke
Designed to cut materials that exceed the practical limits of mid-range alligator shears.

Wide Blade Opening Reduces Material Preparation
Allows direct feeding of large and thick scrap, minimizing pre-cutting work.

Stable Low-Speed Cutting Protects the Machine
Low cutting frequency reduces impact stress, extending blade and structural lifespan.

Dual-Motor Power with Water Cooling
Ensures reliable operation under sustained heavy-load conditions.

Ideal for Heavy Scrap, Not High-Speed Scrap
Best choice when cutting strength and reliability matter more than cycle speed.

• Manufactured under ISO 9001 quality management system
• CE compliant
• One-year warranty for the complete machine
• Long-term technical support and spare parts availability

The Q43-3150 is designed for very thick steel plates, solid bars, and oversized heavy scrap within rated cutting capacity.

This model is optimized for high cutting force per stroke. Lower speed reduces mechanical shock and improves reliability when cutting thick materials.

The maximum recommended cutting capacity is 80 * 80 mm steel plate or Φ90 mm round bar.

The dual-motor system provides stable hydraulic power output required for heavy-duty cutting while maintaining operational reliability.

Yes. The reinforced structure and water-cooling system are designed for continuous operation under high-load conditions.