The founders and team members of TTI have a wealth of experience in the Photonics and Fiber Optics test and measurement industry dating back to the early 1970s when fiber was still in its infancy. After many years of ingenuity and dedication, we founded TTI in 1989 with the purpose of continuing to delight our customers, assist them in finding the best solutions, and keeping abreast of the technologies they deploy. Our roots may be in the Mohawk Valley Fiber Optic Industry of central New York, but our reach is global, and we pride ourselves in being a world class producer of the high tech solutions our customers require.
Our technology and product development experiences include design and marketing the world's first commercial processor driven Optical Time Domain Reflectometer. Other historic developments include Radiometric Energy and Power Meters, Optical Choppers, Space Probe Mission Sensors, and the industry standard Electrically Calibrated Pyroelectric Radiometer.
Over the decades we continued developing and refining our technologies with recent introductions in our full line of fiber optic test equipment including state of the art Optical Time Domain Reflectometers, hand held Optical Spectrum Analyzers, CWDM Channel Analyzers, Tunable Laser Sources and advanced autotest/autowave Loss Test Sets.
We also have a full line of optical to electrical converters, fiber optic links and a fiber optic video link system. We offer an optical chopper, laser power and energy meter, a fiber optic laser tachometer, photodiode transimpedance amplifier, and various other custom opto-electronic products that are utilized in the automotive, fiber optics, communications, photonics, power generation and medical equipment industries and for research laboratories, government entities and educational organizations worldwide.
Through our experiences the principle engineers at TTI are proud to have amassed over 100 years of combined experience in photonics and fiber optic instrumentation. We also are extremely proud to be one of the few USA developers and manufacturers of OTDRs and high tech photonics equipment, and look forward to maintaining this commitment.
In closing, we'd like to assure you that we are totally committed to our mission of providing leading world class quality solutions for our colleagues and friends. We maintain a passion for investments in our equipment designs, and development of exceptional customer relations through cooperation and training. We share this commitment in developing a superior TTI team through education, training and personal development.
Product Categories:
Fiber Optic Test Equipment
Photonic Test and Measurement
Analog/Digital Fiber Optic Links
Optical Time Domain Reflectometers (OTDR)
Optical to Electrical Converters
Vytran has a long history developing solutions for markets ranging from telecom and aerospace to fiber laser. We use this expertise to help optimize our customers' specialty fiber processing and high-volume manufacturing efforts. We have amassed application data for nearly 20 years, which we use to support each customer's particular specialty application or volume production processes. Our workstation approach to fiber splicing enables efficient, consistent, high-volume production in markets such as telecom, sensing and aerospace. We provide unique solutions for mid- to large-diameter fiber processing; essential in fiber laser and medical applications.
Vytran's filament fusion technology, combined with industry-leading machine monitoring and control, allows unmatched precision from R&D to high-volume production.
Since 1989, Vytran has pioneered new products and technologies to meet the demands of specialty and production fiber splicing. From fiber stripping through proof testing, we provide unique, versatile tools that help enhance customers' development efforts and maximize production quality and efficiency.
Vytran has also enhanced customers' efficiency and throughput with our innovative all-in-one workstation approach to fiber processing. Our workstations logically integrate all fusion splicing procedures (even for large-diameter fibers), associated software and process control capabilities into single systems to provide end users with maximum throughput, quality and consistency.
