TFT screen, also known as thin-film field-effect transistor, is a type of screen display mainly composed of fluorescent tubes, light guide plates, polarizing plates, filter plates, glass substrates, alignment films, liquid crystal materials, thin mode transistors, etc. Commonly used as a display screen for mobile phones, it has the characteristics of good brightness, high contrast, strong layering, and bright colors. In the daily use of TFT, it is necessary to cut its model. Due to its high material brittleness and high precision requirements, it greatly increases the difficulty of cutting TFT LCD screens, especially for some special shaped and irregular cutting. Traditional cutting techniques can no longer meet the requirements of the process. Laser cutting technology has gradually been introduced and has become the mainstream technology for cutting TFT screens.

The model commonly used for TFT screen cutting, also known as TFT laser cutting machine, is a device that uses high-energy laser microfabrication technology to cut and trim screens. Through non-contact processing methods, it ensures that the TFT screen surface has no mechanical stress, no friction scratches, smooth and flat cutting edges, no focal edges or yellow edges, and high aesthetics. And laser cutting has high precision, reaching micrometer level, making it a high-quality cutting equipment.

The TFT laser cutting machine is particularly suitable for cutting various complex shapes, and can easily cut perfect C-angles and R-angles. It is a widely used equipment in the electronics industry, loved by many screen manufacturers, and is currently the mainstream screen cutting technology.

TFT laser cutting machineFeatures of the model:

1. This model uses imported RF laser, with stable light source and long service life.

2. Fast cutting speed, saving cutting die costs, easy to operate and learn.

3. For the materials in the touch screen industry, the curling phenomenon during cutting has been improved, and the absorption of laser energy by the materials has been increased, making up for the shortcomings of domestic laser equipment in cutting touch screens.