from Coherent are the enabling technology for mass manufacturing
LTPS backplanes on large substrate panels with highest yield.
FEATURES & BENEFITS
· 308 nm wavelength for high yield
OLED and LCD polysilicon annealing
· Superior pulse stability and…
…wavelength for high yield OLED and LCD polysilicon annealing Superior pulse stability and high depth of field to ensure a large process window Short and long axis beam homogeneity for maximum throughput and beam utilization Proven performance in leading large-scale OLED and LCD fabs Line Beam…
…micro manufacturing international Vol 10 No. 4 21
LASERS | ARTICLE
Finally, operational flexibility is important
because OLEDs are still an emerging technology,
and device structure is both diverse and fast
evolving. Operational flexibility enables display
…tablets. LineBeam systems from Coherent are the enabling technology for mass manufacturing LTPS backplanes on large substrate panels with highest yield. FEATURES & BENEFITS · 308 nm wavelength for high yield OLED and LCD polysilicon annealing · Superior pulse stability and high depth of field…
…firstname.lastname@example.org | 800-527-3786 | 408-764-4983
Practical USP Lasers
Coherent has responded to the needs of OLED manufacturers with a new generation of USP
products specifically engineered to produce the optimum output characteristics for fine
…the manufacturing of LTPS-based LCD and OLED displays. Related Products LAMBDA SX VYPER LED Processing Solid-state lighting is a key element to achieve the global target for reduced energy consumption. Coherent lasers support this goal and drive new processes for advanced LED manufacturing. The…
…performance with industrial reliability and longevity, and are
therefore simultaneously finding applications on the lab table and the manufacturing floor.
For materials processing applications,
high peak power, femtosecond-regime
laser pulse widths are…
…building during the winter, the energy
efficiency and carbon footprint of a
building are greatly improved.
The problem for glass manufacturers
is that the transparent conductive oxide materials that form the low-e coating cannot withstand the temperatures
Annealing is widely used to improve the characteristics of ma
in particular thin films, with applications extending from wafer scale
to large substrates. Laser annealing can activate…
…integration and service. The laser offers variable energy and repetition rate to enable low HAZ in applications such mobile device manufacturing, laser glass cutting, OLED display processing, wafer dicing, and thin film cutting, just to name a few. Contact Us About This Product Close PRICE HERE…
…FCP and OLED films and foils, drilling FPCB, and ablation and SmartCleave-based cutting of brittle materials. Contact Us About This Product Close PRICE HERE The New Generation of High Power Industrial Picosecond Laser With more than 10 years of experience in design and manufacturing of world-class…
other two-thirds of the market appears to want access to OLED
displays, but at costs well-below what Samsung is rumored to be
charging. Other manufacturers need to crack the code on high-yield
manufacturing of OLEDs to allow the technology to proliferate.
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