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The method used to terminate a fiber optic component dictates the final quality, its performance, and its limitations in application. The overview below describes four different methods and their associated cost impact. GENERAL EPOXY The most common method of terminating a fiber bundle employs a ferrule (hollow metal or plastic block or tube to contain
Fiberoptics Technology Inc. (FTI) announces the start of interactive demonstrations for its advanced LED light engine product family. Potential users can now evaluate and control the company’s flagship industrial LED light source from the comfort of their desktop in real time, while receiving helpful and friendly support from a qualified Product Manager. Using the product’s
What follows is a general description of fiber assembly in most commonly used forms. For more fiber application insight, see our blog about “Glass vs Plastic” Most fiber manufacturers would agree, single fiber assembly is referred to as “jumper cable assembly”, or “patch cord assembly”. When two or more individual fibers are gathered inside a
We get more calls and e-mails on this topic, more often than one would think… In general, the principle of using fiber optic components (with or without halogen light sources) as an illumination source to grow plants (or funnel sunlight into dark spaces for the same purpose) has some technical merit, but offers zero potential
FTI is demonstrating a new LED Hybrid light source technology at 2006 Vision Show East. The technology borrows from already existing design strategies to produce a fiber optic light source made from LED chips. The company uses readily available optics, integrated with unique heat management and focusing system, to couple multiple LEDs efficiently, and output
The patent pending device will be certified under the UL medical protocol 2026-01-02-03, and will be CE certified. This will be the first FDA approved light source for medical applications in FTI’s portfolio. FTI began designing and manufacturing light source products in 2004. Using a very simple but effective coupling strategy, engineers at FTI can
Fiberoptics Technology Inc. is constantly seeking to improve the effectiveness of its Quality Management System. We are committed to meeting all regulatory and customer requirements, establishing and continually reviewing quality objectives, and continually improving the quality of our products and the timeliness of our deliveries. Our ultimate goal is to supply our customers with the
Please click here for Starry Night Technical Data Sheet StarryNight Complete Kits combine both essential components of the star ceiling; The Light Source and The Fiber Bundle. A variety of LED Light Source options allow for IR or RF remote control of white only, color change or twinkle effects. The pre-bundled fiber optic stands range
Corporate Headquarters: Fiberoptics Technology, Inc. 1 Quassett Road Pomfret, CT 06258 Toll free: Phone: 860-928-0443 Fax: 860-928-7664 Naples Division: Fiberoptics Technology, Inc. 4000 Domestic Avenue Naples, FL 34101 Repairs Division: Fiberoptics Technology, Inc. Repairs Division 1 Quassett Rd. Pomfret, CT. 06258 Direct Line: 860-928-1236 Toll Free: 888-928-1236 Fax: 860-928-4362 How Can We Help You? This
There are no industry standards for measuring light transmission of a completed fiber optic part. The amount of transmitted light is influenced by many factors. Typical variables are the types of glass used, the resulting acceptance angle, the purity of each glass, the quality of the fused interface between the core and the clad, the
Manufacturing Standard and Custom fiber optics for Industrial, Medical, Commercial, Military and Machine Vision applications since 1977.