The instruction describes some notes and cautions of usinggreen laser pointer

British 3T the RPD company using DMLS and SLS technology to develop custom parts for a wide range of applications, applications in areas ranging from architectural models to the dental implant (Figure 2). The company has even designed a smart car to improve the SLS nylon parts, these parts, factory production of components, can work very well. Figure 2: high-power laser beam layer by layer melting polymer or metal powder, the production of custom aviation turbine parts (above), even directly from the CAD model of production of dental graft (below). The instruction describes some notes and cautions of usinggreen laser pointer .
Dental laboratory with direct metal laser sintering method to create a crown (coping) and bridge (bridge); our company EOSINT M 270-type metal sintering equipment for the custom of a group of 200 dentures, DMLS significantly improve the yield of laboratory technology, while meeting strict quality requirements, the EOS Medical Account Manager Martin Bullemer said, "mass customization is dental, surgical instrument type and prosthetics manufacturing a certain influence. laser sintering technology in the emerging field of applications will become more practical and more cost-effective. " The good quality ofgreen laser pointer is the main subject of the meeting. Even up to 13:1, that is processed into 13 kg of titanium parts, containing only 1 kg of titanium, the rest is waste. Add a high pressure turbine aero-engine sealing components for laser repair is to reduce a good example of the new manufacturing impact on the environment. "For this single crystal components, the traditional manufacturing methods with EDM mode processing lattice ( lattice), wear resistance and the solid substrate materials, when the turbine blade friction sealing elements to it, subject to wear during engine service this is the wear-resistant substrate. " The technical group is studying the drawing ofgreen laser pointer .
Beech said (see Figure 4). In this application, the traditional techniques (such as a sealing element welding a new lattice) is not feasible, because the lattice wall thickness must be less than 0.3mm (and each turbine has a 34 seal components. This is costly). "But melting a suitable powder using direct laser deposition technique to create the lattice, the repair cost will drop to half of the OEM cost."