Flexible wire, also known as elastic wire, is a wire with high flexibility and bendability. It is made of elastic material that can produce reversible deformation under stress and return to its original shape. Flexible wire has a wide range of applications, such as electronic products, medical devices, robots and so on.

Flexible wire has many advantages. First of all, it is very flexible and can bend and twist to adapt to different shapes and surfaces. This makes it play an important role in the wiring and connection of electronic products. Secondly, the flexible wire has a certain elasticity, can withstand a certain amount of stretching and compression, and is not easy to break. This makes its use in medical devices safer and more reliable. In addition, the manufacturing cost of flexible wire is relatively low, easy to use, and can meet the needs of large-scale production.

Flexible wire is widely used in electronic products. For example, the connection line between the screen circuit and the camera module in a smartphone is generally flexible. These wires can maintain stable signal transmission in the folding and bending of the phone, greatly improving the reliability and service life of the device. In addition, flexible wires are also used for circuit connections in large-size display devices such as tablet computers and televisions. Its flexibility and bendability make the manufacture of large-size display panels simpler and more efficient.

Flexible wires also have important applications in medical devices. For example, image transmission lines in endoscopes generally use flexible lines. These wires can withstand a certain amount of bending and twisting, enabling accurate image transmission inside the human body. At the same time, the flexibility of the flexible wire can avoid unnecessary irritation and injury, and improve the safety and comfort of patients. In addition, the flexible wire is also used in the circuit connection of medical devices such as cardiac pacemakers and artificial joints, and plays an important role.

Flexible wires also have great potential in the field of robotics. For example, the joint parts of flexible robots are usually designed with flexible lines. Such a design can make the joint movement of the robot more free and flexible, and adapt to various complex environments and tasks. The flexibility and bendability of the flexible line make the shape and movement of the robot more similar to that of human beings, with better affinity and operability. This makes flexible robots have a wide range of application prospects in rescue, health care and other fields.

In short, flexible wire, as a kind of wire with high flexibility and bendability, has important application value in electronic products, medical devices, robots and other fields. Its flexibility and bendability make it suitable for a variety of complex environments and tasks, improving the reliability and service life of the equipment. With the development and progress of science and technology, the application field of flexible wire will be further expanded and innovated.