Flexible Metal Shearing Machinery 1200kN For Demolition Companies
The Scrap Metal Alligator Shear (Q43-1200) is a high-performance cutting machine designed to efficiently shear through various types of scrap metal. It is ideal for recycling facilities, metal processing plants, and scrap yards that require reliable equipment for cutting metals into manageable sizes. With its robust design and powerful features, the Q43-1200 ensures fast, precise, and safe metal cutting, making it a vital tool for any scrap metal processing operation.
The Q43-1200 Alligator Shear is specifically designed for cutting ferrous and non-ferrous metals, such as steel, aluminum, and copper. It is widely used in industries that handle metal recycling, including scrap yards, demolition companies, steel mills, and automotive dismantling operations. This shear is capable of cutting scrap metal into precise sizes, improving the overall handling, transportation, and storage efficiency of scrap materials.
| Specification | Details |
|---|---|
| Model | Q43-1200 |
| Largest Shear Force | 1200 kN |
| Blade Length | 800 mm |
| Frequency Per Minute | 9-20 times |
| Scrap Size | 45 × 45 mm or Φ50 mm |
| Power | 15 kW |
| Operation | Manual feeding, Manual or PLC semi-automatic operation |
High Shear Force: With a 1200 kN shear force, the Q43-1200 is powerful enough to handle tough scrap metal cutting tasks, ensuring quick and clean cuts for both ferrous and non-ferrous materials.
Versatile Scrap Size: This shear can process scrap metal sizes up to 45 × 45 mm or Φ50 mm, making it adaptable to various scrap materials and cutting requirements.
Fast and Efficient: The Q43-1200 operates at a frequency of 9-20 times per minute, which ensures high throughput and efficiency in scrap metal processing, reducing downtime and increasing productivity.
Energy Efficient: Powered by a 15 kW motor, the shear offers powerful performance while keeping energy consumption low, making it a cost-effective solution for metal recycling.
Flexible Operation: The shear offers both manual feeding and PLC semi-automatic operation, giving operators the flexibility to choose the mode that best fits their workflow and processing needs.
Durable and Reliable: Built with high-quality materials and hydraulic components, the Q43-1200 is designed to withstand the rigors of heavy-duty metal processing, ensuring long-lasting performance and reliability.
What types of scrap metals can the Q43-1200 shear cut?
The Q43-1200 Alligator Shear can efficiently cut through both ferrous metals, such as steel, and non-ferrous metals like aluminum and copper.
What is the maximum scrap size the shear can handle?
The shear can process scrap sizes up to 45 × 45 mm or Φ50 mm, making it suitable for a variety of scrap materials.
How fast can the machine cut metal?
The Q43-1200 operates at a frequency of 9-20 cuts per minute, which enables high-speed metal processing, improving productivity in scrap yards and recycling facilities.
How is the shear controlled?
The shear offers both manual feeding and PLC semi-automatic operation, giving operators the flexibility to choose the most efficient operating mode based on their needs.
What power does the machine require?
The Q43-1200 Alligator Shear is powered by a 15 kW motor, providing the necessary power for efficient and reliable metal cutting.
One-Year Guarantee: The Q43-1200 Alligator Shear comes with a one-year guarantee, ensuring its quality and reliability during the first year of use.
Lifelong Maintenance: We offer lifelong maintenance for the Q43-1200, ensuring that the machine remains in excellent working condition throughout its life.
Customer Support: If you experience any issues or have questions regarding the operation of the machine, our customer support team is available to assist you promptly.
The Scrap Metal Alligator Shear (Q43-1200) is an essential tool for metal scrap processing, offering powerful, efficient, and reliable cutting for various types of scrap metal. With its high shear force, fast cutting frequency, and flexible operation, this shear helps optimize the metal recycling process, making it a valuable addition to any recycling operation.
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