Arrays/ Cross-section converters

Arrays/ Cross-section converters

Fiber arrays, linear arrays and V-groove arrays for single- and multimode applications

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Fiber arrays are suitable for fiber optical switch applications, for example, and in sensor technology, printing machinery, for coupling to splitters, and in free-space optics.

Your advantages at a glance
Customer-specific number of fibers
Customer-specific pitch
Special fiber assembly
Non-linear configuration

Products for laser medicine


Optical laser probes for medical applications
Due to our extensive value chain and expertise in the development, manufacturing, and distribution of medical laser probes we can be an attractive partner for the development of medical devices for new fields of applications.

fiber optic certification salary
Certifications and marketing authorizations for our medical devices vary regarding regions, countries and products. Please contact our sales team for detailed information.

Benefits at a glance
Volume production capabilities for our OEM partners in one of LEONI's global clean room facilities
Fiber optics experts with extensive value chain
Raw materials (SQ Fused Silica)
Preforms and rods

Ultraprecise temperature sensing

Sensor cables

Monitoring with optical measurement
Alongside their use in data transmission, optical fibers can also be used for measuring temperature, light, breakage, expansion, pressure, and oscillation. This functionality offers effective monitoring of buildings or other properties, e.g. for the early detection and localization of fires.
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Your advantages at a glance
Ultraprecise localization
Ultraprecise temperature sensing
Monitoring of large areas
Up to 40,000 m sensor length
Suitable for use in areas with explosion hazard protection
Low space requirements
Metal-free

Graded-index multimode optical fibers (OM1, OM2–OM4, OM5)

High-performance multimode fibers for high data transmission rates in future-proof networks
As a leading provider of multimode fibers, we ensure that our fibers support advanced models for
structured cabling in LANs and data centers – for requirements from 10 Gb/s up to 100G applications via parallel or wavelength multiplex data transmission.
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Your advantages at a glance
Fibers fulfil or exceed the quality standards ITU G.651 and IEC 60793-2-10
High data transfer rates of up to 100 Gb/s via one fiber
Highest levels of performance in terms of bandwidth for entire building complexes, LAN, and SAN systems, while keeping system costs low
Application-optimized fibers with minimal attenuation and high bandwidths
Low macro-/microbending losses
Compatibility with all standardized OMx fibers
Outstanding splice properties plus compatibility with installed fiber networks and photonic components
Customer-specific bandwidth and link length combinations available for special applications
Flexible, modular system for coatings: special coatings for minimal microbending losses, harsh environments, or high temperatures
Customer-specific attenuation, delivery lengths and unique bending properties

TOPTICA Photonicsfiber cables

TOPTICA Photonicsfiber cables
TOPTICA Photonics

TOPTICA Photonics AG offers a wide range of optical fibers ideally suited for use with TOPTICAs lasers and FiberDock. These economically priced fibers cover a wide range of wavelengths.

TOPTICA recommends to always purchase a fiber along with a laser and fiber coupler, as this ensures maximum fiber coupling efficiency. Also specialty fibers for power monitoring, beam splitting or combining are available with various ratios and also polarization maintaining.

Technica Optical Componentsfiber cables
Technica Optical Components
fiber optic cable certification
The process begins with a fiber Bragg grating or FBG array made by Technica. We then package the fiber(s) into specialized cables such as Armor (T110), GFRP (T130), Steel (T140), PEEK/TEFLON (T150), Gold (T160).

We also package multiple FBG arrays within the the same cable in length ranges far beyond standard available technologies

Fiber Optic Cable is available in many different constructions

Fiber Optic Cable
Fiber Optic Cable is available in many different constructions to satisfy the needs of a wide range of types of applications. A fiber optic cable is composed of at least one fiber and can be up to 6,912 strands of optical fiber. Each of the optical fibers is smaller in diameter than a human hair. For high density applications,

Micro Distribution Cable is ideal because it can provide a high fiber count in a small footprint. Simplex and Duplex cables are perfect for fiber optic patch cables. Loose tube optical cable is the way to go for outdoor installations especially in direct burial applications. No matter what type of bulk fiber optic cable your installation needs, we can help.
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Fiber Optic Cables
tellarNet offers a variety of fiber optic cables for use with their compact and modular spectroscopy instrumentation.  Fiber optic cables provide an easy way to transmit light without need for system alignment or attenuation of signal.  Light can be easily transferred from a light source to a cuvette holder containing a sample then back to a spectrometer for detection.

he wasn’t going to be any more specific

He pointed up again: “Can you see there, the gob going down?” A big blob, glowing white, was hanging off the end of an enormous clear glass tube. That one tube, he said, would produce a few thousand kilometers of glass strand. He smiled; he wasn’t going to be any more specific. “This is the top of the draw,” he said. “We’re going to go down a few floors.”

We ran down the stairs, with me clattering after Mazzali. He opened the door on the floor just below where we had been and pointed ahead of us: “Can you see the fiber?” he asked. “No,” I said. “Look carefully,” he said. And there it was, an impossibly thin strand, descending from a big hole in the ceiling to the floor. “Now you’re going to see the last stage, which is putting it on a spool,” he said.
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We clattered down more stairs into the basement. There a calm, tall man named Matt was watching gauges as the strand of fiber wound onto a spool. He was looking for imperfections. “Remember that the fiber is 125 microns in diameter, plus or minus less than a micron,” Mazzali said.
“We have to control the diameter of this glass, every single meter of it, over more than a thousand kilometers, by all of this equipment that we have on the draw, the tension, the temperature, the speed, and all that,” so that whenever a splice has to be made—a connection between one strand of fiber-optic cable and another—the fiber will transmit perfectly.