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Please Click Here to be linked to our current COVID-19 Update & Planning page for more info. Fiber Drawing, Fiber Assembly, Electronic Assembly and CNC Machining, in house.Design, Engineering, Manufacturing since 1977.ISO9001, ISO13485, ITAR registered, AS9100, RoHs and REACH compliantResponsive prototype service.Military, Industrial, Commercial, Medical application expertise.Two manufacturing locations. Welcome to Fiberoptics Technology Inc. Fiberoptics
Materials The basic components of a star ceiling system are PMMA (plastic) fiber in multiple diameters, and a light source. More sophisticated effects are being achieved by organizing (mapping) the fiber in the input and installing multiple light sources (or circuits, when using LEDs) controlled using DMX2. Holes drilled in the ceiling accept individual fiber
Lamp Characteristics & The Halogen Cycle Most fiber optic light sources use an MR16 projector lamp, designed for use in slide projectors. The lamp is made with a coiled tungsten filament and quartz glass envelope. A combination of inert and halogen gas (Bromine) are injected into the envelope to create the performance characteristics described below.
Fulfilling it’s commitment to ease the task of fiber optic design for OEM engineers, FTI recently added 3 new fiber optic design tools to their website. The tools make it easy to identify the acceptance angle of a fiber, given its Numerical Aperture, calculate the resulting Acceptance angle for any core/clad combination, and convert temperature
Testing has shown that fiber skew causes great differences in light transmission between otherwise identical parts. Defining fiber skew is simple. Understanding the impact, and how to control the occurrence, is more complex. Fiber skew occurs if the end face (of the fiber) is not cut at a 90 degree angle (perpendicular) to the long
Starscape: Fiber Optic Star Ceiling Lighting Systems Fiber optic star ceiling lighting has carved a unique niche for itself in the commercial and residential lighting market because the end emitting points are small and very bright, and many points of light can be created using one light source or lamp. Today, fiber optics is the
The benign nature and unique advantages of light transmission through optical fiber have led to some unusual applications, from sensing methane gas to flow cytometry. Because fiber doesn’t use or conduct electricity, optical fiber is already widely used “as a conduit for temperature sensors based on infrared (IR) light.”1 These pyrometers, typically utilized in high-temperature
Our fiber optic scope and fiberscopes, also known as boroscopes or endoscopes, have a myriad of uses including automotive, industrial engineering, surveillance / law-enforcement, quality assurance, mining, veterinarian applications, construction, mold abatement, and more. Excellent resolution from the quartz image array produces a bright, detailed image, while an innovative linkage design allows us to market
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
Answer: We accept Visa, Mastercard, American Express, as well as USA Government Paycards for payment for all of our products; whether for fiber optic light guides, or even star ceiling systems. Unless otherwise specified by the Sales Representative (usually due to a larger order), we will charge the credit card when we ship materials from
Manufacturing Standard and Custom fiber optics for Industrial, Medical, Commercial, Military and Machine Vision applications since 1977.