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  • Fiber Laser Welding of High Integrity Implantable Medical Devices
    , particularly used for electrical connections, have become so small and thin that the conventional Nd:YAG laser performs like a big and rough tool. The greatest challenge for welding is that the miniature components have limited heat sink ability, particularly if the components contain heat sensitive elements
  • New Life: Advances in Laser Machining Key to Stent Market Growth
    . and to assist in the evacuation of waste for cutting small circles or arcs on a. The choice of laser, which is usually material. cylindrical part is contoured motion. YAG or fiber, will depend on the type of. The cumulative effect of the Contoured motion refers to motion in. material being cut, the wal
  • Medical Device Link . Laser Tools for Micromachining: Reducing Part Size, Time, and Cost
    device materials if the laser's characteristics are properly matched to the material's parameters. Figure 3. Laser-excised miniature flex circuit. In most applications, the laser light source is one of the three "workhorse" laser types CO2, Nd:YAG, or excimer. Together, these three laser families
  • Rapid Prototyping - Rapid Manufacturing
    are additive, starting with. This is unmatched by conventional sold state. only a flat plate and ending with a completed. lasers and leads to a stable sintering process. part. This is in contrast to conventional. Focus-ability. machining processes that start with a solid block. The fiber laser can be very
  • Medical Device Link .
    , but they are usually pulsed Nd:YAG lasers whose wavelength may be 1064 nm (infrared), 532 nm (green), or 355 nm (ultraviolet). Because the water jet guides the laser, it ensures a consistent spot diameter, which enables a single, centimeters-long focus. The length for which the water jet is stable
  • Why Use the 2-Dimensional Data Matrix?
    Marking. Job Shop Services. Laser Fume Extraction. Advantage NANO. Advantage Oracle. Laser Marking PVC. Light Duty Extraction. Heavy Duty Extraction. Laser Marking. Laser Systems. CO2 Lasers. EOX. Green Lasers. GREEN-LASE. Pulsed Fiber Lasers. AREX. Elite Mark. UV Lasers. UV-LASE. YAG Lasers. Sagitta
  • Medical Device Link .
    fine filters, structuring sliding surfaces, and manufacturing medical implants, sensors, and nozzles; Nd:YAG lasers are used for machining and labelling. The new high-frequency laser technology offers faster processing than is possible with conventional YAG lasers, as well as producing a better cut
  • Medical Device Link . Showstoppers
    applications is that it is the only true turnkey system offered by a single-source vendor for cutting stents." The StentCut 1000 achieves high throughput with a high-repetition, 350-W pulsed Nd:YAG laser used in other Lumonics cutting systems. "The unit offers both laser controls and system controls