Fiber Optic Light Guides0 pages

Fiberoptic Light Guides
Applications
Data processing
Flame detection
Semiconductor lithography
Scanning systems
Point and line illumination
Counting and sizing systems
Non-contact monitoring devices
Medical and dental illumination
Illumination in hazardous or
explosive environments
Occurrence detectors
Aviation instrumentation
Particle detection
Features
UV, visible and IR transmission
Wide variety of configurations
Custom design capability
Superior quality
PHOTONIS engineering expertise in the fiberoptics industry is unmatched by any other company in the world. Its unique approach to
difficult applications combines a proficiency in specialized glass fabrication, precision drawing facilities, and more than forty years of
experience in fiberoptics. Standard and custom assemblies fabricated by PHOTONIS offer the customer the best engineering solution,
utilizing the most advanced technology available today.
Flexible Light Guides transmit light through glass optical fibers. Standard light guides collect light in a large acceptance angle, typically
82°. This is equivalent in light collecting efficiency to a lens system with an f/number of 0.57. These rugged but flexible fiberoptic
devices are being used to transport light over complicated paths into remote areas, while saving weight, space, and cost.
In many cases, fiberoptic light guides offer unique solutions to long standing design problems. They are especially suited to explosive,
corrosive, high voltage, radiation, and otherwise hazardous environments. Standard light guides are available in a variety of sheathing
materials to meet your specific requirements.
PHOTONIS supplies fiberoptic light guides to original equipment manufacturers in all fields. Application and design engineers have
provided the services necessary to implement fiberoptics in the most sophisticated manufacturing, security, aerospace, and
spaceflight applications. PHOTONIS has the engineering and manufacturing resources to meet the demand for specialized fiberoptics
including precision machined parts and molded assemblies, as well as custom designed sheathing and end tip configurations.
Specialized fibers
New technologies are uncovering far reaching applications for
unique, high voltage, isolating light guides. Tested at 25kV at
-9
1X10 amperes per 4 inches, the light guides are used for the
firing of thyristor circuitry for industrial monitoring in high
voltage environments.
PHOTONIS has complete engineering, production, and quality
control to meet the stringent demands of industry, from military
to space to medical. PHOTONIS is certified to ISO-9001:2008.
Arrangement of optical fibers
Randomized fiber arrangement offers the best uniformity of
output light with a non-uniform source. Maximum signal to noise
ratio is achieved with this configuration. This is typically used in
illumination applications.
Split fiber arrangement is common in systems where bifurcated,
redundant channels are needed.
Line to spot gives uniform illumination of a line segment or
page, typically used for scanner applications.
Fiber arrays can be made to your specification whether line to
line, routed line to LED arrays, or fiber arrays to unlimited
numbers of CCD arrays.
Multi-leg components are frequently required either as
redundant outputs from a single source or as reflective readers.
End tips may be ordered to your design.
Material analysis
PHOTONIS is equipped with a complete materials
analysis laboratory. All custom glass melts are completely
tested and certified prior to use. Custom testing, including
development of acceptance test procedures, is also
available. PHOTONIS is an ISO-9001:2008 registered
firm. If your application demands the highest assurance of
quality, PHOTONIS fiberoptic light guides are the
solution.
Custom design capability
PHOTONIS fiber drawing facilities are among the most
modern in the world, incorporating maximum air
cleanliness through elaborate HEPA filtering systems,
temperature and humidity controls in state of the art
clean rooms. Specialty fibers with individual strand
diameters as small as 10 microns are routinely
produced. PHOTONIS specialized glass melting and
processing facilities, together with world class engineers
and scientists, can tailor optical characteristics such as
numerical aperture and attenuation, while maximizing
wavelength efficiency.
PHOTONIS engineering expertise will provide and
service your demands for specialized fiberoptics,
precision machined parts, molded assemblies, and
specialized sheathing and end tip configurations
PHOTONIS – a leader by design.
19/05/10