Water jet in cutting ordinary glass and laminated glass

In fact, the development of other related industries has also promoted the progress of water jet processing to a certain extent. For example, when more and more glass products are used, the product cutting technology will naturally be further improved. The use of water jet just solves this problem. Not only ordinary glass, this cutting technology also brings benefits to the cutting of laminated glass.

1. Disadvantages of traditional glass cutting

Glass is a very fragile product, so traditional mechanical cutting is very easy to damage it, resulting in a large number of materials being wasted, and the efficiency is relatively low. Difficult operations such as curve cutting and complex shape cutting are impossible to achieve.

2. The water jet is completely competent for processing glass products

The results will be completely different if the waterjet cutting equipment is used. For plane glass, the water jet can cut any geometry that can be processed. What is more difficult is to obtain cutting size, beautiful cutting shape and excellent cutting quality; In addition, no heat will be generated during the whole cutting process, so environmental protection and safety are also its advantages.

In addition to the cutting of plane glass, the water jet cutter can also complete the curve cutting and hole drilling of glass, and it does not need a mold, so it is more flexible and convenient to operate, and will not damage the glass.

3. Cutting operation of water jet for laminated glass

As there is a layer of plastic in the middle of the laminated glass, it is very difficult to cut. Diamond cutters have been used to cut the glass before, but it is difficult to align the upper and lower glass slits, so the laminated layer in the glass is not only difficult to cut, but also easy to cause shrinkage and deformation.

After using the water jet cutter, even the workpiece composed of three layers of materials can be cut smoothly without deviation and affecting the material performance. This technical problem has been effectively overcome.