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1.    Solar_Cell_Scribing_AILU_1207  (PAGE 2 OF 2) The Laser User Issue 49, Winter 2007 39 MICRO-PROCESSING able power to cost ratio. For example, in edge isolation, typical scribe rates of about 500 mm/second can be achieved. However, solar cell producers are also looking at 532 nm and 355 nm DPSS lasers. Shorter wavelengths can yield smaller holes ... Related Searches: finlay colville

2.  Thin-Film Solar Applications Thin-Film Solar Applications 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. Superior Reliability & Performance Lasers and Laser-based Systems Laser Measurement and Control Precision Optics Related ... Related Searches: laser scribing of solar panels | 355nm | 20w

3.  Talisker Family of Fiber Based Lasers ... high precision micromachining. Minimizing thermal damage enables a new range of high precision applications such as silicon machining, wafer dicing, solar cell manufacturing and glass scribing with unprecedented quality. Available at either of the specific wavelengths of 1064 nm, 532 nm and 355 nm or ... Related Searches: picosecond laser

4.  PRISMA Family of DPSS Lasers ... of DPSS Lasers Family of Q-switch lasers for precision material processing at 1064 nm and 532 nm. PRISMA Applications Include: o Micromachining o Solar Cell Manufacturing o Marking o Semiconductor Manufacturing PRISMA™ is a family of diode-pumped, solid-state, Q-switch lasers, with up to 20W Output ... Related Searches: prisma | solar cell | dpss

5.    Solar_brochure_12  (PAGE 4 OF 6) By performing the necessary material removal or scribing of surfaces by a non-contact method, lasers produce the highest efficiencies in the individual cells, while also reducing micro-cracking, and increasing the overall cell efficiencies. Coherent lasers also produce results more quickly than any ...

6.    LasersSupportEmergingSolarInd_PS  (PAGE 3 OF 4) Lasers scribe an isolation groove, typically 10 to 20 m deep, to eliminate shunt pathways between the front and rear surfaces. The groove must be as close as possible to the edges of the front surface. Today lasers compete with both plasma and wet-chemical etching technologies, with the landscape split ... Related Searches: laser scribing of solar panels

7.    pdf_232 Best match in this PDF  |  All matches in this PDF ... , from this extreme channeling of the excess energy into vibrational excitation will be mentioned. Typical models of the chemical processes driven by solar radiation in our atmosphere usually ignore non-statistical vibrational state distributions of the involved species. This can be risky, as has recently ... Related Searches: compex 201 | lpx | powergator | scanmate

8.    Coherent_2007  (PAGE 50 OF 162) ... ;emerging technologies." Some of these are transitioning to volume production in the present timeframe while others are more forward-looking. Solar cell technology is one area that is seeing increased interest. Historically, this has been a niche energy source because it could not compete with the ...

9.    Coherent-2009_accessible  (PAGE 92 OF 208) ... used in other production processes for FPDs. These processes include drilling, cutting, patterning, marking and yield improvement. Microelectronics--solar cell production and other emerging processes Numerous areas of microelectronics can be grouped as "emerging technologies." Some of these ... Related Searches: laser television

10.    AVIA_brochure_4  (PAGE 2 OF 4) ... Micromachining Ceramic Processing Flex Circuit Machining Microvia Drilling in PCBs and Silicon FPD/Glass Micromachining Silicon and Low-k Dielectric Scribing Marking, Engraving and Coding Semiconductor Manufacturing Solar Cell Manufacturing When Reliability is Critical, Turn to AVIA Lasers The high ...

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