With the evolution of LCD production generations, the size of glass substrates has also increased, and the thickness of glass substrates has also been reduced in order to reduce the material cost of glass substrates and achieve the purpose of reducing costs. However, after the glass substrates are thinned, other problems will arise on the production line. The first problem is that the rigidity of the glass substrates is reduced, the bending amount is increased, and the transportation is more difficult. For example, the 4th generation glass substrates 680x880 mm and 0.7mm thick have now been compressed to 0.5mm for production. This is the limit of the equipment, so the production equipment needs to be modified to successfully produce panels.
In semiconductors or small-generation LCD displays, the robot arm has a small extension, so aluminum alloy teeth forks can achieve the required rigidity, but as the size of the next generation increases, the weight of the material itself will produce a considerable amount of deformation, so carbon fiber reinforced plastic (carbon fiber reinforced synthetic resin) is used as the material for the teeth forks. Jiangsu Boshi can provide enterprises with customized services for carbon fiber teeth forks, and its advantages are as follows:
1. Light weight. The extraordinary lightness of carbon fiber allows equipment to work at lower power and save energy.
2. Vibration reduction. Carbon fiber is waterproof, high temperature resistant, low temperature resistant, and friction resistant. It can also protect the inside of the equipment. When it is working, these characteristics will quickly eliminate the vibration caused by the movement, with high stability and improved production efficiency. In addition, it is also helpful to reduce load and extend life.
3. Low thermal expansion coefficient. Low expansion coefficient helps to improve the precision of the product. 3.
4. Good protection. Carbon fiber is waterproof, high temperature resistant, low temperature resistant, and friction resistant. It can also protect the inside of the equipment.
High strength, light weight, easy to use, and almost no increase in the weight of the overall structure.
5. High strength, light weight, easy to use, and almost no increase in the weight of the overall structure.
6. Tensile strength, bending strength, and bending modulus are all very high, and they will not deform within a certain range.
7. Good compressive resistance and toughness.
8. Good wear resistance, you can safely contact with other objects without worrying about wear and deformation,