---

1.    Laser_Spot_Welding_PlasticRev2 Best match in this PDF  |  All matches in this PDF ... objective for a precision welding process such as this. To expand the scope of these trials, the laser weldability of a completely different type of polymer, polypropylene (PP), was examined. Polypropylene is very widely used in industry because of its very low surface energy. This makes it a very difficult ... Related Searches: 830 | plastic welding | plastics

2.    MMI007_002_TUILASERAG4_2 Best match in this PDF  |  All matches in this PDF ... wide range of repetition rates and pulse energies have made the ablation process economically competitive, particularly for the ablation of polymers. The various physical models for laser ablation are mostly limited to a range of validity. The most critical parameters for the laser ablation process ... Related Searches: tui | tuilaser | safety

3.  ANTEC 2003 Presentation ... 't already have it. For more technical information, click here. Request A Printed Literature Package click here. Using Diode Lasers for Welding Thin Polymer Films Presented by Tony Hoult of Coherent's Laser Application Center Learn about interesting new developments in welding and plastics. Literature ...

4.    LasersBestPresc_0402Rev2 Best match in this PDF  |  All matches in this PDF ... tripled solid-state (355 nm wavelength) lasers. The shorter UV wavelength is absorbed and couples well with most plastic compounds, especially those polymers that have UV photon absorbing pi electrons in double and triple bonds. Lasers can be as economical as punching if the material is thin, and the ... Related Searches: yag laser | laser diode array | medical lasers

5.    pdf_232  (PAGE 6 OF 16) ... fluid matter, especially liquid substances, exhibits unique features in comparison with that of solid materials such as metals, semiconductors, and polymers; (i) as liquid shows high fluidity, the surface of a liquid Figure 2: Time-resolved optical micrographs for KrF excimer laser ablation of toluene ...

6.    pdf_129  (PAGE 3 OF 8) 3 For the flexible structuring of a great variety of materials such as polymers, engineering ceramics, and glass materials, excimer laser radiation has turned out to be a particularly appropriate tool. Geometrically defined material ablations can be produced by the use of the respective laser systems ...

7.  Silicon Annealing with Eximer Lasers ... OLED) are self emissive devices, no backlight and no color filters are necessary. The light is emitted by applying a current to a colored organic or polymer material. Hence, OLED are current driven devices whereas the LCD technology is voltage driven. A uniform and stable threshold voltage (Vth) distribution ... Related Searches: microlas | excimer laser annealing | oled | laser annealing

8.    VarioLas_1000_DS Best match in this PDF  |  All matches in this PDF ... .1in.) 2015mm(79.33in.) 488mm (19.21in.) 1541 mm (60.67 in.) VarioLas 1000 Excimer Laser Based Micromachining System Applications · Hole drilling in polymers · Processing ceramics and metals · Making micro-reactors (lab-on-a-chip) · Process development · Flexible small volume production Superior Reliability ...

9.  PES Cutting with CO 2 Lasers ... ™ G-Series CO2 lasers deliver excellent field-proven performance and reliability. View All Application Notes Summary: Polyether sulfone (PES) is a polymer material that demonstrates high stiffness, strength and dimensional stability, as well as high heat resistance and excellent insulation properties ...

10.    ss259  (PAGE 14 OF 58) ... .) - Parts, which are not classified at Level 2 and which uses the blends made from vinyl chloride copolymers or polyvinyl chloride and from other polymers

---

Search Suggestions: tui | 830 | yag laser | laser diode array | plastic welding | plastics | medical lasers | tuilaser | safety

Page 1 2 3 4 5 6 7 8 9 10 11>> of 16 | Next

Site Search by

Coherent Contact Information