Custom CNC Wire Forming Spring
CNC wire forming spring is a spring product that uses a CNC spring machine (also known as a CNC wire forming machine) to process wire (such as steel wire, stainless steel wire, etc.) into a specific shape and function. This machine uses CNC technology to precisely control the bending, cutting, and forming processes of wire, in order to produce springs that meet various application requirements.
CNC wire formed springs have advantages such as high precision, high production efficiency, and good product consistency. Through preset programs, the machine can automatically complete the wire forming process, reducing manual errors and labor intensity. Meanwhile, CNC technology also makes the forming process of springs more flexible and diversified, allowing for customized production according to different needs.
CNC wire forming springs are widely used in fields such as automobiles, electronics, machinery, and aviation. In the automotive industry, they are used to make springs in components such as suspension systems, brake systems, and seats; In the field of electronics, they are used to make springs in components such as switches, connectors, and sensors; In the fields of machinery and aviation, they are used to make various precision mechanical components and springs in aviation equipment.
When using CNC wire forming springs, attention should be paid to their parameters and dimensions, such as preload, elastic coefficient, unloading length, dynamic load, fatigue life, etc. At the same time, it is also necessary to comply with relevant usage and maintenance regulations to ensure the performance and safety of the spring.
CNC Wire Form Spring offers the following outstanding features and advantages：
High-precision forming: with the help of numerical control technology, it can realize the accurate bending and forming of wire, ensure the high precision of spring size and shape, and meet the strict design requirements.
Complex shape customization: various complicated and unique shapes can be manufactured to adapt to diversified application requirements and provide more possibilities for product design.
Selection of high-quality materials: a variety of high-quality wires can be used, such as high-strength alloy steel, stainless steel, etc., to meet different working environment and performance requirements