- Last post
- 0 Responses
Laser processing is the process of laser acting on the surface of an object to change its shape or performance. As one of the most potential and promising applications of laser, it has a rapid development and a wide range of uses. Besides microelectronics, other technologies can not be compared with. Laser machining has quite a lot of advantages, some of which are not available in traditional machining methods. Therefore, laser processing has a very common application in the locomotive manufacturing, shipbuilding, aerospace, materials, microelectronics, even clothing and other industries, and in the field of materials and laser processing and laser welding, laser cutting, laser drilling and laser marking etc. It greatly promotes the material industry development and progress, which has become one of the indispensable materials in the field of processing.
The principle of laser processing is to irradiate the workpiece surface by high energy laser beam, so that it can be gasified instantaneously, and the purpose of cutting and marking can be achieved. In the use of different materials in the process of laser processing, laser type selection is not the same, such as cutting carbon steel materials, using fiber laser cutting; plastic materials using CO2 laser cutting; cutting FPC by UV laser, and the general selection of green laser cutting PCB. In the marking process, because the premise of material marking depth material generally without special requirements, most of the material can be used in fiber lasers, and some special industries, such as chip industry.
A list of metals that can be laser marked and laser engraved is long and includes the following types of metals - but also many more that might not be listed below: stainless steel, high-grade steel, steel, Carbon steel, Copper, Iron, ferrous metals, Magnesium, Aluminum, Brass, Gold, Silver, Platinum, Palladium, Titanium.
Laser marking systems are the ideal tool for marking legible alphanumeric, bar codes and data-matrix codes on nearly all materials used in automotive manufacturing.
Ceramic laser engraving is the use of numerical control, professional software with the operation and mapping processing methods. As long as the flower pattern is well designed, the design of any complicated patterns can be finished quickly and efficiently by laser.
Using a laser radiation generated in the glass surface marker profile obviously, a few days after the laser is extended to the original tag area near the outside into fragments, then the number of radiation, so that adjacent regions with marked regional is heated by heat conduction, so that these areas form a stress gradient, thereby reducing the two rupture possibility is very effective with this method of marking in sodium calcium glass and borosilicate glass.
Cutting fabric with a laser produces "sealed" seams without fraying. Multiple layers of fabric can be laser cut into designs that are impossible to achieve with traditional.Our industrial fabric cutting machine can make your cutting textile perfectly.GEM laser cutting machine for fabric is a high performance industrial fabric cutting tools,it's famous as its more comfortable,high precision,beautiful cutting appearance.GEM industrial fabric cutting machine for sale,welcome to order.
With a customized laser engraving machine, you can easily give leather a quality finish. With a GEM leather engraving machine, leather is engraved quickly and easily for purses, wallets, bracelets, belts, shoes and more.
Paper is a great medium for laser processing. Using a Trotec, you can laser cut paper, paperboard, and cardboard for digital printing, for packaging prototype construction, model making, or scrapbooking.
Stone,a kind of top-grade building decoration materials are widely used in indoor and outdoor decoration design, curtain wall decoration and construction of public facilities.Through laser etching stone,the stones become beautiful and unique.
GEM systems can laser engrave and laser cut wood items such as toys, arts & crafts, souvenirs, jewelry, gifts, architectural models and inlays. Personal customization options are often an important focus for those who process wood.