In the metal processing industry, the performance of equipment is directly related to production efficiency and product quality. In recent years, fixed cutting and straightening machines driven by servo motors for cutting have gradually emerged, and their performance has received much attention. This article will comprehensively analyze this equipment to explore its true strength.
![What about the Performance of the Fixed Cutting and Straightening Machine Driven by Servo Motor for Cutting? 1]()
This fixed cutting and straightening machine has a wide wire diameter processing range, covering multiple intervals such as φ2mm - 6mm, φ3mm - 8mm, φ5mm - 10mm, and φ8mm - 12mm. It can achieve precise processing from fine small - sized wire materials to relatively thick large - sized wire materials. In terms of materials, it can process common metals such as iron A3 (Q195, Q295), stainless steel, and copper. Different materials have unique physical properties. For example, stainless steel has high hardness and copper has good toughness. With advanced servo - drive technology, this equipment can flexibly adjust cutting and straightening parameters to ensure that all types of materials can achieve ideal processing effects.
In length processing, it shows great flexibility. The shortest length that can be processed is 50mm, and the longest is unlimited. This makes it suitable not only for the manufacturing of small - precision parts but also for meeting the needs of large - scale construction and industrial structural parts for long - sized materials. In terms of speed, the operating speed can reach 30 - 50m/min, and it follows the rule that the smaller the wire diameter, the faster the speed. Taking φ2mm iron A3 wire as an example, its processing speed can approach 50m/min, which greatly shortens the processing cycle and improves production efficiency. For large - scale production enterprises, the increase in production capacity is remarkable.
![What about the Performance of the Fixed Cutting and Straightening Machine Driven by Servo Motor for Cutting? 2]()
The straightness of the processed wire by the equipment can perfectly match the horizontal plane, which means that the straightness of the processed wire is extremely high. In scenarios with strict requirements for straightness, such as the processing of construction steel bars and the manufacturing of precision instrument parts, it can give full play to its advantages. Moreover, the accuracy reaches ±0.2mm, which is outstanding among similar equipment. This high - precision processing effectively reduces the defective rate of products, reduces rework and material waste caused by dimensional deviations, and improves the stability of product quality.
Its cut is approximately 90°, and it is very flat. A flat cut has obvious advantages in subsequent processing procedures. For example, during welding, it can make the welded part more firm and beautiful, reduce additional grinding and trimming work, further improve production efficiency, and reduce production costs.
![What about the Performance of the Fixed Cutting and Straightening Machine Driven by Servo Motor for Cutting? 3]()
- Low Noise: During operation, the equipment generates extremely low noise, creating a relatively quiet working environment for operators, reducing the damage of noise to workers' hearing, and also meeting the requirements of modern factories for the comfort of the working environment.
- No Temperature Requirements: Different from some equipment that is greatly affected by the ambient temperature, this fixed cutting and straightening machine can operate stably under various temperature conditions. Whether it is a high - temperature workshop or a cold outdoor temporary processing point, no additional temperature - control equipment is required, reducing the use cost and maintenance difficulty.
- No Pauses, No Waste: The advanced servo - motor drive system ensures the continuity of the equipment operation. The cutting and straightening processes are smooth, without stuttering or pausing phenomena, effectively avoiding material waste caused by equipment failures and improving the utilization rate of raw materials.
- Convenient Post - maintenance: The equipment system has a simple structure and a reasonable layout of components, which is easy to disassemble and repair. This enables maintenance personnel to quickly locate and solve problems, reducing equipment downtime and ensuring the continuity of production.
- High Production Capacity: Combining its advantages in speed, accuracy, and stability, the production capacity of the equipment has been greatly enhanced. In the same period of time, more high - quality products can be produced to meet the dual demands of the market for product quantity and quality.
The only obvious shortcoming of this equipment is that the price is slightly higher. Compared with traditional fixed cutting and straightening machines with hydraulic pressure, its procurement cost is relatively high. However, from the perspective of long - term use costs and return on investment, its high - efficiency production capacity, low failure rate, and high - quality processing can save a large amount of production and maintenance costs for enterprises. For enterprises with limited budgets, equipment suppliers can provide flexible cooperation methods such as installment payments and equipment leasing to relieve the financial pressure of enterprises.
The fixed cutting and straightening machine driven by a servo motor for cutting performs outstandingly in terms of performance. With its wide processing range, high - efficiency speed, excellent accuracy, and good stability, it has significant competitive advantages in the metal processing field. Although there is a shortcoming of a slightly higher price, considering its advantages and long - term value, it is still an ideal choice for many enterprises to improve production efficiency and product quality. With the continuous progress of technology and the further maturity of the market, it is believed that this equipment will be widely used in more fields, promoting the metal processing industry to move towards a new height.
