Wire bending is a common operation in industrial production and some handicraft making fields. The machines that complete this operation have different specific names. The following is a detailed introduction.
This is a widely used type of wire bending machine at present. The term "CNC" reflects its intelligent and automated features. It can precisely control parameters such as the bending angle, length, and bending position of the wire by presetting program codes. Operators only need to input the designed processing data into the CNC system, and the machine can carry out wire bending processing in an orderly manner according to the instructions.
For example, in some hardware product factories, when it is necessary to produce wire-bent parts with complex shapes and high precision requirements, such as metal connectors used for furniture assembly, whose bending angles and dimensions allow no deviation at all, the CNC wire bending machine can show its great capabilities. It can complete one bending process after another quickly, efficiently and accurately, greatly improving production efficiency and product quality. Moreover, it can also achieve mass production and ensure that the bending specifications of each finished product can meet a unified standard.
The hydraulic wire bending machine realizes the wire bending operation by relying on the hydraulic system to provide power. The hydraulic device can generate powerful and stable pressure, enabling the machine to handle thicker and harder wires with ease when bending them. It usually has a sturdy and durable fuselage structure to withstand the forces generated during the hydraulic action.
In the construction industry, when making some bent steel bar components for supporting structures, the hydraulic wire bending machine comes in handy. Because the steel bars used in construction are made of relatively hard materials, ordinary bending methods are difficult to achieve the desired results. However, the hydraulic wire bending machine, relying on its powerful hydraulic power, can easily bend the steel bars into corresponding shapes according to the construction requirements, such as bending them into stirrups with specific arcs, laying a solid foundation for the stable construction of building structures.
Relatively speaking, it is relatively simple and mainly relies on manual operation to complete wire bending. It is generally composed of basic components such as a handle and a bending mold. Although its degree of automation is low, it has its own unique advantages, such as low cost, simple and easy operation. It is suitable for use in some scenarios where the bending precision requirements are not particularly high, the production scale is small, or in some maintenance and temporary processing situations.
For example, in some small handicraft workshops, when craftsmen make some simple metal wire decorative items, such as flower-shaped ornaments made by bending iron wires and the frames of creative ornaments, the manual wire bending machine can meet the needs. Craftsmen can bend the wire into the desired shape by manually controlling the handle and relying on experience and certain skills. They can also make adjustments at any time according to their creativity during the operation process.
As its name implies, this machine has multiple functions. It can not only perform conventional wire bending but also simultaneously realize operations such as wire cutting and straightening. It integrates multiple modules and can complete multiple processing procedures for wires on a single machine, saving production space and time costs and improving the overall processing efficiency.
In some comprehensive metal product processing enterprises, starting from when the raw material wire enters the workshop, the multifunctional wire bending machine can first straighten the wire to ensure its straightness, then cut it according to the set size, and then complete the precise bending process, processing the wire into final finished product components step by step, greatly optimizing the production process.
In conclusion, wire bending machines have different types and specific names. They each have their own characteristics and applicable scenarios and play important roles in different industries and production and processing links, promoting the continuous development of the production of related products.
