The Q43-2000 Hydraulic Metal Shear, also called an Alligator Shear, is a high-performance industrial metal cutting machine designed for precise and efficient processing of scrap metal materials. Equipped with a maximum shear force of 2000 kN, it can effortlessly cut thick and tough metals into manageable pieces. This hydraulic metal shear is widely used in scrap metal recycling centers, steel plants, industrial workshops, and metal processing facilities, ensuring smooth material handling, easier storage, and optimal preparation for further processing or furnace feeding. Its durable construction and reliable hydraulic system make it an essential machine for any modern metal recycling operation.
The Q43-2000 Alligator Shear is suitable for a wide range of metal processing tasks, including:
This makes it an ideal choice for scrap metal recycling centers, steel mills, metal fabrication workshops, and industrial dismantling operations.
| Parameter | Value |
|---|---|
| Model | Q43-2000 |
| Largest Shear Force | 2000 kN |
| Largest Holding Force | 25 kN |
| Largest Blade Opening | 380 mm |
| Blade Length | 800 mm |
| Frequency Per Minute | 12–20 times |
| Scrap Size | 65*65 mm, Φ75 mm |
| Power | 22 kW |
| Operation | Manual feeding, Manual or PLC semi-automatic |
Q1: What types of metals can the Q43-2000 Hydraulic Metal Shear process?
A1: It can handle scrap steel, iron, wire steel, metal rods, and other medium-thickness metals.
Q2: What is the blade size and cutting capacity?
A2: The blade length is 800 mm, with maximum scrap size of 65*65 mm or Φ75 mm.
Q3: Can the shear operate automatically?
A3: Yes, it can run in semi-automatic mode using PLC control or manually feed materials.
Q4: Is it safe for industrial use?
A4: Yes, the hydraulic system and structural design provide safe, stable, and reliable operation.
The Q43-2000 Hydraulic Metal Shear combines high efficiency, durability, and versatility, making it an essential tool for industrial scrap metal processing and recycling operations, delivering excellent performance and long-term reliability.