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- Factory5 Cable:
The new alternative
to plastic for the factory floor. New industrial cable >>
- RoHS Compliance
Deadline July 2006:
Are you ready? Getting ready for RoHS >>
- New Coating System:
Summary of testing, advantages over previous acrylate, improved customer results. New Acrylate coating system >>
- Keep it Clean
A new cleaning method for improved cleave tool performance, and reduced loss. Importance of Cleave Tool Cleaning & Maintenance >>
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- Dr. Jie Li:
Senior Manager of Fiber and Cable Engineering and Operations at OFS Specialty Photonics Division. Dr. Li,
Ceramic Scientist >>
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- Fiber Strength and Reliability
The varied breaking strength of silica fiber can be attributed to the distribution in flaw severity along the fiber length.
Read more about fiber strength and reliability >>
- Advanced Topics on Erbium Doped Fibers for High Performance Amplifiers
Erbium doped fiber amplifiers have been widely deployed for signal amplification in optical transmission systems.
High performance amplifiers >>
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Phone:
1 860 678 0371
Email:
info@SpecialtyPhotonics.com
Have a question about Focused Fiber Solutions for your application?
www.SpecialtyPhotonics.com
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Dr. Li joined SpecTran Specialty Optics
(a predecessor to OFS) in 1996 as a fiber preform engineer
and has worked in fiber design, preform production, and
process improvement; and as a scientist in new fiber product
development, fiber strength, and carbon coating characterization.
In 2000, he became Fiber and Cable Engineering Manager.
Currently, as Senior Manager of Fiber and Cable Engineering
and Operations at OFS Specialty Photonics Division in Avon,
Dr. Li leads a team responsible for fiber and cable manufacturing,
engineering, and product development.
In the specialty photonics business, customized products
are often coupled with small volume and short turnaround
time. "This combination requires a robust design and
manufacturing process and a clear understanding of
each customers need," says Dr. Li. "Perhaps
our biggest task is to continuously improve our system of
processes to meet these challenges."
Dr. Li received a BS in Optical Materials from Changchun
Institute of Optics and Mechanics in China, a Masters
degree in Materials Science from Case Western Reserve University,
and a Doctoral degree in Ceramic Science and Engineering
from Rutgers University. He received the Norbert J. Kreidl
Award for Outstanding Scholarship, Glass and Optical Materials
Division, from the American Ceramic Society in 1995. He
also received the Chinese Academy of Science Award in 1988
and the Chinese National First Award of Science and Technology
in 1986. He is the co-author of two patents and has published
12 papers in technical journals.
Dr. Li receives his greatest professional satisfaction from
the many ways in which optical fiber has vastly improved
our lives. "For example, our customers use optical
fiber to transmit light to communicate, to deliver medical
laser power to treat patients, and to send data to control
machinery on the factory floor. The knowledge that we have
contributed to such a great technology gives me a strong
sense of satisfaction," he says.
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