Laser engraving machine uses the laser engraving, which is the practice of by means of lasers to engrave or spot an object. The method can be very industrial and complicated and frequently a PC is used to make the actions of the laser top. In spite of this complication, very accurate and spotless engravings can be attained at a high tempo. The laser engraving machine technique does not engage tool bits which get in touch with the engraving surface and wear out. This is measured as a benefit over other engraving skills where bit heads have to be put back frequently.
Working principles:
HTP fiber is developed in co-operation with German and Britain laser companies by using the cutting-edge technologies. YVO4-added double-layer optic-fiber is used as the laser medium, and powerful diode will act as exciter to create laser. Laser beam output through optic-fiber laser generator, and then under the control of the computer, the galvanometer scanning system which can change the path of the laser beam to accomplish automatic marking.
Performance:
■Imported laser generator and scanner guarantee the high efficiency of the electron-light transformation, the less of power consumption, and high-speed with less of total power.
■Smaller size and high quality fine-lined laser beam is special for high-resolution marking and reliable performances belong working spans.
■ No consumption parts, maintenance-free, air cooling inside.
■The software system has interfaced with Windows and comprises files output such as CORELDRAW, AUTOCAD, PHOTOSHOP, etc. It also support graphic file formats, for example, PLT, DXF, PCX or BMP etc. And use SHX, TTF fonts directly. Automatic code, sequence number, batch number, date, bar code and two-dimensional code are supported by the software as well as the opposite side figures marking.
Applications:
It can be applied to the marking of translucent plastic buttons, IC chips, digital product components, precision machinery, jewelry, sanitary wares, measuring and cutting tools, watches, glasses, electrical appliances, electronic components, hardware accessories, hardware tools, mobile communications components, automobile parts, plastic products, medical equipment, building materials, pipes and other high- precision products.
Materials:
It made from metals and a variety of non-metallic materials, such as high-hard alloy, oxides, electroplating, coating film, ABS, epoxy resin, ink and engineering plastic.
Features:
Compactness
With the unique all built-in integration design, the optical, electronic and mechanical components are highly integrated, so that the whole machine weighs only 16kg. It can be called the smallest fiber laser marker in the world. In addition, it adopts imported fiber laser, and coupled with all air-cooled design, it need not external cooling devices.
High Durability
The laser module has a long service life (greater than 100, 000 hours; while the traditional lamp pump YAG can only serve hundreds of hours and the semiconductor can serve 20, 000 hours or so).
Low consumption
Due to the all air-cooled design, no consumable materials and free of maintenance, it has a low cost at use. Furthermore, it saves energy with a total power of 200W.
High speed
It applies imported high-speed galvanometer scanning head, which has greatly reduced the latency and increased the marking speed, which is 3 to 10 times of the first generation of traditional lamp-pumped marker and the second-generation of semiconductor marker (depend on the marking material).
