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  2. Soldering - Wikipedia

    en.wikipedia.org/wiki/Soldering

    Laser soldering is a technique where a 30–50 W laser is used to melt and solder an electrical connection joint. Diode laser systems based on semiconductor junctions are used for this purpose. [21] Suzanne Jenniches patented laser soldering in 1980. [22] Wavelengths are typically 808 nm through 980 nm. The beam is delivered via an optical ...

  3. Amada Miyachi America - Wikipedia

    en.wikipedia.org/wiki/Amada_Miyachi_America

    Amada Weld Tech specializes in the design and manufacture of welding, marking, cutting and bonding equipment, as well as automated systems. Major products include: Standard and customized laser and resistance systems – Application qualification and testing, system specification, assembly, system verification, and installation and training ...

  4. List of manufacturing processes - Wikipedia

    en.wikipedia.org/wiki/List_of_manufacturing...

    Direct metal laser sintering [4] Filament winding, produces composite pipes, tanks, etc. [3] Fused deposition modeling [3] Inkjet Printing [5] Laminated object manufacturing [3] Laser engineered net shaping [3] Layered manufacturing [3] Rapid Induction Printing; Selective laser sintering [3] Spark plasma sintering; Stereolithography [3]

  5. Category:Laser applications - Wikipedia

    en.wikipedia.org/wiki/Category:Laser_applications

    Selective laser sintering; Signal beam; Soldering; Stereolithography; ... Velocity interferometer system for any reflector; W. Laser beam welding; Laser-hybrid welding

  6. Laser peening - Wikipedia

    en.wikipedia.org/wiki/Laser_peening

    The laser peening systems include both rod laser systems and a slab laser system. The rod laser systems can be separated roughly into three primary groups, recognizing that there is some overlap between them: (1) high-energy low-repetition rate lasers operating typically at 10–40 J per pulse with 8–25 ns pulse length at nominally 0.5–1 Hz ...

  7. Lightwave Electronics Corporation - Wikipedia

    en.wikipedia.org/wiki/Lightwave_Electronics...

    This laser was based on the nonplanar ring oscillator design. This continuous-wave, single-frequency laser was aimed at the laboratory market. Lightwave Electronic's biggest market was for OEM lasers, (lasers used as components in other manufacturer's systems), primarily Q-switched lasers for micromachining. (Photo from Sam's Laser FAQ, www ...