EFO™ (Efficient Fiber Optics) provides equivalent light output, far greater energy savings and longer lamp life than MR-16 halogen, PAR or A-lamp sources in typical recessed ceiling downlight and other installations.

EFO™ delivers high-performance optics, at substantially lower operating and maintenance costs, while maintaining traditional installation methods. This is a sustainable “green” lighting solution.

Genuine technology breakthroughs in commercial lighting occur rarely. Over the last 25 years, most recessed downlights have been illuminated by two lamp developments: compact fluorescent lamps or MR-16 halogen lamps. In retail uses, MR-16’s provide excellent spotlighting for merchandise, but are energy inefficient, typical of all incandescent sources.

EFO™ is the only fiber optic light source to provide highly energy efficient downlighting with the focused luminance and directional optics of MR series lamps, in a price-competitive system. Fiberstars EFO™ yields as much as 80% greater energy savings than any halogen or other incandescent lighting system in downlighting applications. Additional benefits include no UV rays, IR or voltage hookups at the fixture.

Fiberstars EFO™ Fiber Optic Lighting System is specifically designed as a direct replacement for recessed ceiling downlights, track and display case lighting applications. Ideal EFO ™ applications include offices, building lobbies, elevators, corridors, conference rooms, and other spaces. Additional applications reside within all manner of hotel and restaurant applications, retail stores, malls, supermarket “cold cases”, entertainment and themed venues.EFO™ is sold as a complete system. It includes a compact illuminator, the necessary fiber and fixture heads. Installation is made easy with the equally new Fiberjacks™ “plug and play” system. The fiber plugs right into the illuminator, similar to a phone jack. New recessed and semi-recessed adjustable fixtures are available in a variety of downlight and track options, adjustable to 15-, 25- and 40-degree beam spreads.