High-Power UV laser brings new technological reforms to glass processing

Glass can be seen everywhere in our lives, and with the rapid development of technology, glass is increasingly important in industries such as communication (optical fiber), new energy (photovoltaic), life sciences (medicinal glass), and home improvement. Role.

High-Power UV laser

As an innovative technology,High-Power UV laser cutting glass can be cut, labeled, punching and other applications such as cutting, labeling, and punching in glass processing, achieving high efficiency and low -cost cutting of new glass.

In the long run, traditional mechanical cutting can cause micro -cracks and debris when cutting edges, resulting in collapse. In the later period, various processing steps such as grinding and polishing are needed to alleviate the above problems.

And the mechanical cutting method will also generate residual stress on the edge of the cutting edge, thereby reducing the mechanical strength of the glass substrate (ie: anti -fracture).

As a non -contact cutting technology,High-Power UV laser cutting completely eliminates the problem of micro -cracks and peeling debris. In addition, laser cutting basically does not have residual stress in the glass, thereby achieving higher edge strength.

And there is almost no need for subsequent cleaning or polishing work, so a large number of process links are reduced, so laser cutting method is more environmentally friendly than mechanical cutting method.

Although the early investment cost of UV laser cutting workbench is higher than the mechanical system, because the additional polishing machine is not equipped in the later period, the additional production time and labor cost will not be increased. Therefore, the total investment of UV laser cutting is lower than the mechanical processing system.

Combinando el desarrollo de la tecnología de procesamiento de vidrio en la actualidad, creo que el láser UV de alta potencia ultrarrápido en el futuro tiene ventajas y perspectivas de aplicación ilimitadas en el procesamiento de vidrio, y esperamos traer más sorpresas.