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1. Cutting Capacity
The maximum size and thickness of angle steel that the machine can handle determines its application range. Capability for shearing large, thick-walled angle steel requires a more powerful power system and a sturdier structure, resulting in a higher price. Because such equipment must meet the high-strength profile processing requirements of heavy industry, its design and manufacturing are complex, increasing its cost.
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2. Precision and Automation
Machines with high-precision positioning and cutting capabilities are suitable for precision machining applications, such as the manufacture of metal components for electronic devices. These machines are often equipped with advanced CNC systems and precision sensors, enabling precise control and ensuring minimal deviation in cut dimensions. These machines are significantly more expensive than standard models. Highly automated machines can automatically feed, position, cut, and discharge materials, significantly reducing manual intervention and improving production efficiency. While this requires a high initial investment, it reduces labor costs in the long term, leading to a higher price.
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3. Construction and Component Quality
The overall construction of the equipment is crucial for stability and durability. The all-steel welded structure, with specialized stress relief processes, ensures that the equipment does not deform under intense operation, extending its service life. However, the price increases due to the complex structural design and high process requirements. Key components, such as the shearing blades, are made of high-quality alloy steel and undergo a special heat treatment, resulting in high hardness and wear resistance. This reduces replacement frequency and improves processing quality, but these high-quality components can increase the cost of the equipment. Selecting high-performance, well-known brands for the powertrain's motors and hydraulic components ensures stable operation, but also increases the price.
