The invention of lamps by humans has become an essential part of people’s lives. Nowadays, with the development of society and the improvement of people’s living standards, lamps are no longer just meeting lighting needs, but also requiring various comprehensive factors such as the position, color, angle, and shape of the light according to different occasions to generate different visual experiences to meet people’s needs. New materials and technologies, combined with the rational design of the structure and function of lighting, further enrich the expressive power of modern lighting on the environment and its unique artistic charm.
Aluminum alloy, due to its excellent characteristics such as corrosion resistance, lightweight, easy processing, good logistics and mechanical properties, has become the most commonly used material in lighting manufacturing, and is applied in decorative parts, spare parts, and other places. The lighting industry requires profiles to have a clean and smooth surface, no cracks or wrinkles, smooth and natural arc transitions, and high precision. Poor surface smoothness and cracks and wrinkles of aluminum alloy profiles are common problems in the bending processing of lighting profiles. They can directly affect the appearance of lighting fixtures, and can even affect the performance and service life of lighting fixtures. The accuracy of profile bending processing often affects the artistic and visual effects generated by the entire lighting fixture.
Having a high-precision CNC bending machine with variable curvature, it can achieve a fully CNC, high stability, and high efficiency production mode, completely solving the problem of traditional profile bending machine equipment affecting processing accuracy due to material rebound and relying on worker bending technology and experience. It saves production and labor costs for customers and brings higher product added value.