The following is an introduction to several types of automated machines commonly used for bending, twisting and cutting wire materials:
The CNC wire bending machine can accurately perform bending operations on wire materials according to preset programs. It controls the movements of the bending dies through a computer numerical control (CNC) system, enabling multi-dimensional and multi-angle bending. Whether it's a simple right-angle bend, an arc bend, or a complex spatial shape bend, it can be completed precisely. Moreover, its bending accuracy is quite high, effectively ensuring the consistency of products and the stability of quality. When bending wire materials of different diameters and materials, it only needs to adjust the corresponding parameters and replace the appropriate bending dies. Meanwhile, some advanced CNC wire bending machines also have a certain automatic feeding function, further improving the processing efficiency.
It is widely used in the bending processing of steel bars in the construction industry and the production of various metal wire components in the metal products manufacturing industry. For example, it is used to produce metal frames in furniture and some wire-formed accessories in auto parts.
![Which machine is used for bending twisting and cutting wires? 2]()
It is specifically designed for twisting wire materials. Through the motor-driven and mechanical transmission structures, the wire materials are twisted according to the set twisting angles and directions. Some high-end wire twisting machines also adopt CNC technology. Operators can conveniently input twisting parameters, such as the number of twisting turns and the twisting speed, on the operation interface, and can precisely control the starting and ending positions of the twisting to ensure that each twisting operation can achieve the expected results. It can also adapt to wire materials of different thicknesses and materials. By adjusting key components such as the clamping device and torque output, stable and efficient twisting processing can be achieved.
It is often used in the production of various springs, handicrafts, and some metal wire products that require special twisted shapes. For example, it is used in the metal wire shapes in art sculptures and the wire components with elasticity and torsion requirements in mechanical devices.
The CNC wire cutting machine uses cutting technologies such as laser cutting, plasma cutting or high-speed sawing, combined with a CNC system, to precisely cut wire materials. Laser cutting can achieve high-precision and high-quality cutting with a smooth cutting edge and a small heat-affected zone, which is especially suitable for cutting difficult-to-process wire materials such as stainless steel and alloy steel. Plasma cutting has a high cutting speed and can cut thicker wire materials. High-speed sawing is applicable to the cutting scenarios of ordinary carbon steel wire materials where the cutting accuracy requirement is relatively low but the cutting efficiency is emphasized. The CNC system can precisely control parameters such as the cutting length, cutting angle and the number of cuts, realizing batch and automated cutting operations.
It is widely used in the processing of hardware products, the electronic and electrical industries (such as cutting the connecting wires), and the manufacturing of mechanical parts. As long as it involves the production links of cutting wire materials according to specific sizes and shapes, it is indispensable.
This kind of equipment integrates multiple functions such as bending, twisting and cutting into one, and is a comprehensive automated wire processing machine. It is equipped with an advanced control system inside, which can coordinate the orderly operation of various functional modules. Operators only need to input corresponding processing parameters on the operation interface, such as the material and diameter of the wire material, the required bending angle, the degree of twisting and the cutting length, etc., and the machine can automatically complete various processing tasks in sequence. Moreover, the conversion between different functional modules is rapid and precise, greatly improving the overall processing efficiency and the stability of product quality.
It is very practical for some small parts manufacturing enterprises, especially those that produce metal wire products with complex shapes and multiple process requirements. For example, it is used to produce some precision hardware small accessories and customized metal handicrafts. It can complete multiple processes on one machine, reducing the floor area occupied by equipment and the material handling links.
When choosing specific automated machines, it is necessary to comprehensively consider various factors such as the actual material of the wire, the processing accuracy requirements, the production scale and the budget, so as to ensure that the selected machine can best meet the production requirements.
