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The FINCH family of cylinders with a 1” aperture, features exceptional output, flexibility, and a broad range of configurations to provide discreet quality illumination while integrating into the architecture.

Traditional white globe fixtures have been used for decades in exterior environments including Retail and Commercial properties, campuses, downtown streets and community parks.   

The Rook X family of small scale architectural exterior cylinders includes wall mounted fixtures in either a dual output (Up/Down) light, or a single (Up or Down) configurations.

The Evoke family of round and square (4.75") profile downlights delivers the performance, energy savings and color you expect from a spec-grade LED downlight for a sleek, contemporary inconspicuous appearance.

In addition to many traditional styled luminaires, Amerlux offers some high performance Contemporary models suitable for Retail and Commercial projects as well as campus or roadway applications.    

The FINCH family of cylinders with a 1” aperture, features exceptional output, flexibility, and a broad range of configurations to provide discreet quality illumination while integrating into the architecture.

The FINCH family of cylinders with a 1” aperture, features exceptional output, flexibility, and a broad range of configurations to provide discreet quality illumination while integrating into the architecture.

Add allure to any merchandise display—and luster to any budget—with a sleek modern-styled track lighting system that delivers clean, minimal aesthetics and quality optical performance inside retail, supermarket and commercial spaces.   

Amerlux’s AisleFX is a linear pendant designed to provide highly-efficient, uniformly illuminating and comfortable lighting to shelves in supermarket or retail applications. A market-leading efficacy of up to 145 lm/W leads to significant energy savings re...

The Amerlux Standard Acorn Style luminaires utilize historically accurate, textured acorn lenses to provide adequate diffusion of the light sources while minimizing optical loses.