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Directed Light is a laser technology company
serving the industrial, medical and scientific laser
communities worldwide since 1983.
Through our two business units, Laser
Components Sales and Laser Job Shop, we serve our customers
in the automotive, medical device, aerospace, electronics,
semiconductor, commercial products, and telecom industries
in many ways.
Our Laser Components Sales and Service
group has more than 60 years of combined laser experience
providing the most technically advanced, highest quality,
mission-critical laser components and supplies in the
industry. In addition, we provide laser system service
and repair throughout North America with a team of highly
experienced laser technicians.
Our Advanced Technology Job Shop
covers over 13,000 square feet of manufacturing space
strategically located in Silicon Valley, California.
We offer a complete range of CO2 and Nd:YAG laser systems
to meet virtually any materials processing requirement.
Our quality control lab is equipped with the latest
metrology tools to assure compliance with the closest
tolerances. With proven applications in cutting, drilling,
laser welding, hermetic sealing and marking, the Directed
Light job shop is your complete laser micro-machining
and micro-welding resource. We can handle all your contract
laser processing needs from R&D through full production.
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Serving the Medical Laser Industry Worldwide - Directed Light is your single source for all your Medical Laser Component needs - and for complete on-site service and repair of laser systems for the medical laser industry.
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Neodymium doped Yttrium Aluminum Garnet (Nd:YAG) is the most commonly
employed solid state lasing medium for material processing applications. Nd:YAG has relatively good optical absorption and conversion efficiency, low lasing threshold and good thermal dissipation for high power operation.
Acousto-Optic Q-switches
are used to generate short duration, high-peak power pulses
from continuous wave (CW) Nd:YAG lasers. A Q-switched
laser can perform many applications which would be impossible
for a CW laser system.
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03.17.08
Bond Formation In Laser and Resistance
Girish Kelkar, Ph.D, WJM
Neil S. Ball, President, DLI
(pdf) learn more
Laser Welding In Steels
Girish Kelkar, Ph.D, WJM
Neil S. Ball, President, DLI
(pdf) learn more
02.01.08
Neil S. Ball, President, Directedlight Inc, is a keynote speaker at the AILU Technology Workshop
(pdf) learn more
Where lies the future for lamp-pumped solid-state lasers?
By Neil S. Ball, Directed Light, and Matthias Stein, Heraeus Noblelight
learn more 12.15.2007
Capabilities
for laser glove box welding & hermetic sealing
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Two-Day Course:
Lasers and Material Processing
click for detail
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