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1.    PrecisionMaterialsProcessingwithTaliskerLasers Best match in this PDF  |  All matches in this PDF Page 1 Precision Materials Processing with Talisker Lasers The use of a novel fiber-based laser design delivers high-power picosecond output which enables unique micromachining results Introduction and Overview From microelectronics through bio-medical devices, there is a growing need for increased ... Related Searches: picosecond laser | laser scribing of solar panels | ethernet

2.    REL_TuiLaserReprint Best match in this PDF  |  All matches in this PDF ... that the market has evolved over the past few years from featuring a few types of fairly simple products to include drug-eluting and bioabsorbable stents, stent grafts, embolic filters, valve replacements, femoral closures, and precision drug delivery, thrombus extraction and neurological devices. To ... Related Searches: tobias damm | beam homogenizer | helium neon lasers

3.    ComparisonExcimerLaserSolidStateLaserRev2 Best match in this PDF  |  All matches in this PDF Comparison Excimer Laser - Solid State Laser Rainer Paetzel Lambda Physik AG Goettingen, Germany Abstract Both, excimer and solid state lasers can produce intense ultraviolet light pulses as they are required in a wide range of applications in materials processing and micro-fabrication. Excimer lasers ... Related Searches: excimer laser | microlas | homogenizer | laser material interaction

4.    MDDI_Micromachining_Resonetics_0306 Best match in this PDF  |  All matches in this PDF ... small 3-D devices and shows how they are created easily with an excimer laser. Micromachining with Pulsed UV Lasers The function of devices such as stents, embolic protection filters, and balloons depends on their precise, threedimensional shape. In fact, stents that treat bifurcated vessels can be ... Related Searches: laser surgery | excimer laser

5.  Medical Device Manufacturing ... applications using lasers, we have developed an Industrial Applications finder’s tool. Coherent lasers & medical device manufacturing Stents UV Cold Marking Photochemical Reactions UV Micromachining NEW! Quick Application Finder Search Applications Notes Search by material and/or process. -- SELECT ... Related Searches: plastic welding | laser cutting

6.    ACF487 Best match in this PDF  |  All matches in this PDF ... control capabilities of lasers are improving and driving more work into the laser processing of plastics. Some lasers mark metal parts, most notably stents. These stainless steel stents are currently being manufactured by the thousands at several different companies. Usually using a high energy pulsed ... Related Searches: laser diode array | nd yag | clearweld

7.    ExcimersPushMachingLimitsforResolutionRev2 Best match in this PDF  |  All matches in this PDF ... tubes that are implanted in the arteries to keep blocked portions open after angioplasty procedures. Working as scaffolding for the treated artery, stents must be flexible yet strong, and versatile in a variety of situations. In order to reliably keep the vessel open without injuring the surrounding ... Related Searches: beam homogenizer | 193 nm laser | fused silica | microlas

8.    ExcimerLaserSolutions Best match in this PDF  |  All matches in this PDF ... models. Medical Disposables Our excimer lasers are widely used to produce plastic medical disposables, such as microcatheters and state-of-the-art stents to treat blocked or diseased blood vessels. Coherent excimer lasers also create indelible marks on many of these products. Coherent - The Applications ... Related Searches: pld | flat panel display | ltps | laser surgery

9.    MDDI_Micromachining_Resonetics_0306  (PAGE 4 OF 4) ... another growing field of treatment. More than 2 million stent procedures are performed each year, and that number is increasing. Originally, stents were tubes fabricated as a metal mesh and inserted into a reopened vessel to support the vessel walls during the healing period. But in some cases, the ...

10.    OLEReprintCoherentSep06  (PAGE 1 OF 3) ... limit. An excimer laser's Unique sources of ultraviolet light: typical excimer micromachining tasks include (a) cutting holes and slots in stents; (b) drilling embolic filters; (c) patterning flex circuits; and (d) inkjet nozzle drilling. a b c d Coherent © 2006 Institute of Physics and IOP Publishing ... Related Searches: kr | top hat

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