1 - 10 of 12 Search Results for ito
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1.
ITO Ablation on Plastic Substrates with DPSS Lasers
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ITO Ablation on Plastic Substrates with DPSS Lasers To make it easy for you to access a wide range of commercial applications using lasers, we have developed an Industrial Applications finder’s tool. Coherent lasers & industrial laser applications Plastic Ceramic Composite Semiconductor Ablation ...
Related Searches: 355 | plastic welding
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2.
ITO Ablation on Glass Substrates with DPSS Lasers
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ITO Ablation on Glass Substrates with DPSS Lasers To make it easy for you to access a wide range of commercial applications using lasers, we have developed an Industrial Applications finder’s tool. Coherent lasers & industrial laser applications Glass Ceramic Composite Semiconductor Ablation ...
Related Searches: glass scribing
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3.
VectorBrochure
(PAGE 2 OF 4)
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... for the widest variety of applications in both materials processing and instrumentation. Processing applications include removing thin films such as ITO on different base components; marking (on diamond, as well as on plastics such as smart cards and chips); scribing on solar cells; zone texturing; ...
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4.
50390-251_2
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Best match in this PDF
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All matches in this PDF
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... of excimer-laser wavelengths make it possible to customize the laser to the application, the dielectric, and the substrate; if trying to remove ITO from a glass substrate, for instance, and that substrate absorbs strongly at 248 nm, the laser can easily be tuned to 308 or 351 nm. "The unique characteristics ...
Related Searches: audi | beam homogenizer | excimer | mopa
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5.
[index.cfm?fuseaction=Forms.ShowApp1List.cfm&startrow=21]
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... , laser marking is a non-contact process that produces a highly legible and completely indelible mark. Furthermore, laser marking ... more ITO Ablation on Glass Substrates with DPSS Lasers It is possible to ablate a layer of Indium Tin Oxide (ITO) from a glass substrate at speeds of up to 600 mm ...
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7.
50390-251_2
(PAGE 1 OF 3)
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... of excimer-laser wavelengths make it possible to customize the laser to the application, the dielectric, and the substrate; if trying to remove ITO from a glass substrate, for instance, and that substrate absorbs strongly at 248 nm, the laser can easily be tuned to 308 or 351 nm. "The unique characteristics ...
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9.
Vector
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... extremely short pulses, yielding the high peak power needed for materials processing. Other applications include removing thin films, such as ITO, on different base components; marking (on diamond, as well as on plastics, such as smart cards and chips); scribing on solar cells; zone texturing; airborne ...
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10.
VectorBrochure
(PAGE 3 OF 4)
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... for the widest variety of applications in both materials processing and instrumentation. Processing applications include removing thin films such as ITO on different base components; marking (on diamond, as well as on plastics such as smart cards and chips); scribing on solar cells; zone texturing; ...
Related Searches: solar cell scribing
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