* 355nm and 532nm version share similar dims and electrical interface
* Can be integrated into customer tools with minimal changes A common footprint & electrical interface makes integration easy. AVIA NX Key Advantages:
* Higher power than any competitive laser
* Integrated laser head…
…optics causes many potential applications to rely instead on 355-nm lasers optimized
for short pulse duration, which can produce similar results in many materials.
Excimers represent another important pulsed laser technology. They can produce several discrete wavelengths throughout…
--> AVIA LX AVIA LX 355-20 diode-pumped, solid-state, Q-switched laser offers 20W @ 355nm at a game-changing price point. The AVIA LX closes the gap between the MATRIX series and the AVIA NX series of diode-pumped ns UV lasers for material processing. It shares the genes for best performance in…
have increased have helped to reduce UV
laser price by a factor of nearly five over
The Coherent applications laboratory
(Luebeck, Germany) has used a 355nm
DPSS laser (MATRIX 355) to mark several
different materials that…
…associated with those types of lasers. Lasers of this type within the Coherent portfolio include the Matrix QS, Avia NX, Flare NX, Helios (the
regular "HD" models are not appropriate for these short pulsed, high energy lasers).
2 Contact Coherent for 355nm usage guidelines.
…zur Erzielung eines besseren Signal/Rauschverhältnisses (S/N) aus. Damit konnte ein 40-fach besseres S/N im Vergleich zu typischen Raman-Lidar 355nm Nd:YAG- basierten Systemen erzielt werden. Dadurch lässt sich jetzt Wasserdampf quantitativ bis zu einer Höhe von 22 km und um einen Faktor 10…
nanosecond laser for laser grooving, but
now we've switched to a 1064-nm picosecond laser and perform stealth dicing. This has delivered several benefits.
First, the picosecond laser produces a
much smaller heat-affected zone than
the nanosecond laser," Zhao…
…by mechanical cutting.
And the advantage of laser cutting is better
edge quality, which directly translates into
Nanosecond pulse-width lasers, operating
in either the green (532-nm) or ultraviolet
(355-nm) bands, usually enter through the top
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