Saving Energy in Lighting

The Balanced Lambertian Optic (BLO), made from high-quality satin-diffuse acrylic, uses a micro-textured surface to produce soft, uniform distribution with a glare-controlled falloff and a wide 110° beam, ensuring consistent illumination and visual comfort.

The Radial Ambient direct Optic (RADO) delivers uniform, visually comfortable illumination with a soft, radial distribution. The acrylic construction ensures consistent brightness and balanced luminance within architectural spaces.

The Adjustable Accent Module (AAM) features a Ø 1 9/16″ x 3 1/4″ cylinder that rotates 360º and tilts 90º. The LED light source is coupled with TIR optics to provide beam angles of 21º, 30º, and 36º while producing up to 600 lumens. LED light source CCT options are 2700K, 3000K, 3500K, 4000K, and 5000K, available in either 80 CRI or 90 CRI.The AAM module can be selected in either a white or black finish and a honeycomb louver accessory is also available. The AAM driver is mounted above the cylinder, inside the SQUERO housing and accepts universal input voltage (120-277VAC) while providing 0-10V dimming control.

AeraBlend™ Optic designed for low-plenum environments This advanced optical design delivers thesame chromatic consistency and beamprecision that define the Aera Collection—ensuring flawless color mixing, uniform distribution, and visual comfort across every aperture and configuration, all within an ultra-slim, 2" housing.

Our ASYMMETRIC ROOM FILL OPTIC (ARFO) employs an advanced optical system to illuminate rooms and corridors from the perimeter, providing a direct distribution of light with precision and minimal glare.

Asymmetric In-wall Optic (AIO) – The Lumenwerx Asymmetric In-wall Optic (AIO) combines semi-specular reflectors and an elliptic refractive film to produce a comfortable beam with maximum intensity at 140º from horizontal. In-wall construction eliminates backlight. The integral optic and LED cartridge can be removed for access to both the LED array and driver without disturbing the wall trim.

The Asymmetric Narrow Optic (ANO) is designed specifically for shallow coves with optimal performance achieved with fixture placement at 6″-12″ from the ceiling. Its precise projection of light along ceilings and walls is evenly distributed with a soft, homogeneous gradient effect. The ANO peak intensity angle from nadir is at 110°, making it a true asymmetric optic that directs the light where it is intended.

AOO provides targeted illumination while diffusing light evenly, minimizing glare and spill. Its design creates a soft, inviting ambiance, making it ideal for architectural and accent lighting in modern spaces.

Cartridge-mounted, linear LED arrays are paired with precisely formed specular and matte white reflectors for smooth light distribution. The LED array is protected by a clear acrylic cover. For maximum horizontal projection, the APO cartridge is angled 20º. This produces peak intensity at 110º above nadir and a peak-to-zenith intensity ratio of 11.8:1. Field angle coverage extends for 80º. For optimal beam spread, locate ALCove at least 8″ below the ceiling.

Our Asymmetric Room Fill Optic employs an advanced optical system to illuminate rooms and corridors from the perimeter, providing a direct distribution of light with precision and minimal glare.

The Asymmetric Refractive Optic (ARO) combines a matte-finished reflector with a high-transmission diffusing film to control the distribution of light in two ways: 1) on one side, through a modified Lambertian with peak intensity at nadir; and 2) on the other side, through a batwing with peak intensity at 40°. A visor shields luminaire hardware from lateral viewing angles.

The Lumenwerx Asymmetric Refractive Optic V. 2 (ARO2) has a directional Gaussian light distribution with peak intensity at 20º above nadir and 55º FWHM (Full Width at Half Maximum) beam angle. ARO2 uses a highly reflective finished reflector combined with a matte beam shaping diffusing film to create a smooth, effective downward component without shadows or hot spots. No external shielding is required. Microstructure material applied to the snap-in lens provides the precise refractive power and visual comfort, while achieving high luminous efficacy over 120 lumens per watt.

The Asymmetric Soft Direct Optic creates a seal that blocks debris and moisture, and withstands UV distortion and moderate impact. This extruded snap-in lens has a gasket to ensure proper sealing. The lens is 1/16″ thick and made of frosted polycarbonate. Internally, white, side kicking reflectors specifically angled to guide the light through the lens to create a nice asymmetric distribution. The ASDO suits moderate climate environments.

The Asymmetric Soft Indirect Optic creates a seal that blocks debris and moisture, and withstands UV distortion and moderate impact. The lens is 1/16″ thick and made of clear polycarbonate. This extruded snap-in lens has a gasket to ensure proper sealing. The total internal reflection and surface scattering optic is specifically angled to guide the light through the lens to create a nice asymmetric distribution. The ASIO suits moderate climate environments.

The Asymmetric Wide Optic (AWO) excels at maximizing light projection even farther to create a soft gradient illumination with remarkable uniformity in deeper coves. The AWO’s optimal performance is achieved with fixture placement at 10″-36″ from the ceiling. Its peak intensity angle from nadir is at 107°, creating a true asymmetric optic that aims light exactly where needed.

Hex Louver (WHX/BHX) - The Hex Louver combines performance glare control with a bold architectural texture. Available in White (WHX) or Black (BHX).

Parabolic Louvers (SPL, MPL, WPL, BPL) – Parabolic louver optics provide excellent shielding and a pleasing crisp visual texture. The parabolic contour of the blades and side reflectors direct light into a comfortable downlight distribution, while minimizing shadows from the LED array above each cell. Four finishes are available: Specular Aluminum (SPL), Matte Aluminum (MPL), Matte White (WPL) and Matte Black (BPL).

The CircaFlex™ Optic, at just 1.2”, uses advanced beam-splitting technology to allow light to follow an intended optical path with maximal precision, minimal spread, and even distribution.

The Clear Lambertian Optic (CLO) uses a single horizontal LED array and a clear acrylic cover to provide simple uplight with high efficiency.

Concentric Micro-Prism Optic (CMO) shielding of 0.12″ thick acrylic with 94% transmission plus a high transmission diffusing overlay. Outer optic has smaller prisms; inner optic has larger prisms. The precisely formed pyramidal forms provide outstanding control of high-angle brightness and a gentle brightness gradient from different viewing angles.

To create the new LumenWerx Compression Planar Optic (CPO), a rigid frame holds the edge-lighted luminous plane into a soft curve with a precise radius. A graduated and finely textured extractive microstructure, combined with a contoured upper reflector, complete the optical system. When light is coupled in from the outboard LED arrays, the specific width and curvature of the optical plane redirect light into a soft-shouldered distribution. The result is a comfortable, high-efficiency optical system with superior luminous uniformity.

The Diamond Prism Optic™ (DPO™) is our patent-pending 3-tiered optic meticulously crafted to refract and reflect beams with great precision, effectively keeping glare to a minimum while delivering light of exceptional quality and visual comfort.

Environmentally Protected Direct Optic (EPDO) - The Environmentally Protected Direct Optic creates a seal that blocks debris and moisture, and withstands UV distortion and moderate impact. This extruded snap-in lens has a gasket to ensure proper sealing. The lens is 1/16" thick and made of frosted polycarbonate. Internally, white, side kicking reflectors guide the light through the lens. The EPDO suits moderate climate environments.

The Environmentally Protected Direct Optic creates a seal that blocks debris and moisture, and withstands UV distortion and moderate impact. This extruded snap-in lens has a gasket to ensure proper sealing. The lens is 1/16″ thick and made of frosted polycarbonate. Internally, white, side kicking reflectors guide the light through the lens. The EPDO suits moderate climate environments.

The Environmentally Protected Indirect Optic creates a seal that blocks debris and moisture, and withstands UV distortion and moderate impact. The lens is 1/16″ thick and made of frosted polycarbonate. This extruded snap-in lens has a gasket to ensure proper sealing. The EPIO suits moderate climate environments.

Fully Frosted 1/4" Diffuser

Fully Frosted Flush Diffuser

Furrowed Glare Reduction Optic (FGRO) – an acrylic lens with ribbed, convex, glare-reducing lines to shape the light distribution into a smooth beam pattern, comfortable to the eye from many ranges of view. FGRO has impeccable transmission for a glare- reducing lens of 89%.

Glow Ring

The intense light distribution is achieved with our Grazing Reflector Optic oriented to project light with maximum luminous intensity at 5º from nadir.

The High-Efficiency Lambertian Optic (HLO) shielding of diffusing 0.075″ thick acrylic with up to 88% transmission and good source obscuration is combined with matte white side reflectors to create an efficient optical chamber with uniform luminosity. Luminaire brightness is controlled by the flux-to shielding area ratio.

Hyflex™ optics provide precise optical control in a remarkably compact form. The core of this four-tier system is a compound reflector with a central TIR element, just 1.06″ deep. Beam smoothing discs perfect beam angles up to 90º. Beam angles are easily interchanged in the field.

The Isotropic Radiant Optic™ (IRO™) is a spherical lens designed with a spike-textured surface through which light rays are diffused outward and equally in all directions.

The Kinetic Visual Comfort Optic™ is finely crafted with a series of concentric grooves serving as light-bending prisms that redirect parallel rays to a common focal length. The resulting beams are precise and clean. The optic can change in appearance depending on the lighting conditions in its immediate surroundings.

The Low-Glare Optic (LGO) is designed to cut off high-angled light and control glare. The carefully crafted lens refracts light downward through its center from which it then disperses into a wide conical distribution that negates any illumination at about 40°. The LGO provides the visual comfort of a louver in a smooth acrylic lens.

Matte Black Parabolic Louver

Parabolic Louvers (SPL, MPL, WPL, BPL) – Parabolic louver optics provide excellent shielding and a pleasing crisp visual texture. The parabolic contour of the blades and side reflectors direct light into a comfortable downlight distribution, while minimizing shadows from the LED array above each cell. Four finishes are available: Specular Aluminum (SPL), Matte Aluminum (MPL), Matte White (WPL) and Matte Black (BPL).

The Micro-Prism Optic™ uses a unique lens that mixes refraction and reflection. Its micro prism and efficient design minimize light loss while maintaining visual comfort and low glare.

MINIATURE REFLECTOR OPTICS (MRO) locates individual, precisely molded TIR elements over each LED emitter, and further shield the source with precise parabolic reflectors. The controlled beam is remarkably comfortable – especially in a small LED luminaire. MRO is available in a specular black or gloss white finish and creates a distinctive visual texture. Different TIR elements offer a choice of beam spreads: narrow (18° with SC of 0.3), medium (35° with SC of 0.6), and wide (55° with SC of 0.9). These concentrated distributions can provide effective task illumination in a variety of applications. Each MRO module is 6″ long with five optical chambers.

The Micro Spot is a Ø 7/8″ x 1 5/16″ adjustable spotlight that extends, retracts, rotates 360º, and tilts 90º. Its LED light source is coupled with a TIR refractor to provide beam angles of 25º, 35º, and 50º, while producing up to 400 lumens. LED light source CCT options are 2700K, 3000K, 3500K, 4000K, and 5000K, available in either 80 CRI or 90 CRI. The Micro Spot is offered in a white or black finish. The Micro Spot driver is mounted within the luminaire housing and accepts universal input voltage (120- 277VAC) with 0-10 V dimming control.

Matte Silver Parabolic Louver

Median Textured Optic (MTO) shielding consisting of ribbed diffusing center element.

The Mini Widespread Asymmetric Indirect Optic (MWAI2) is engineered for a wide asymmetric light distribution to create precise lighting placements.

The Mini Widespread Indirect Optic (MWIO2) offers an impressive 160° spread and creates uniform illumination on the ceiling.

Matte White Parabolic Louver

Nano-Prismatic Optic (NPO) is composed of multiple nano prismatic refractors that bend light with great precision. The NPO’s nanostructure eliminates pixelation from the LED diodes for a harmonious lens appearance. Light distribution is glare-free, concentrated, and 20% sharper than that diffused from a frosted acrylic lens.

Fully Frosted 3/4" Diffuser

CENTER LENS – PRECISION MICRO-PRISM-OPTIC (PMO) – utilizes a specially designed catadioptric lens that combines refraction and internal reflection. The square-base prism is 24% the size of those used in a high-performance fluorescent lens. The exclusive two-dimensional array of prisms is designed to eliminate the glare found at higher viewing angles and as such, enables a glare cut-off at a 45º viewing angle. The acrylic material itself is untinted, relying entirely on catadioptric control for effective source obscuration. A highly efficient TIR process at the acrylic-air interface on the prism surfaces redirects incident light with less than a 0.1% loss per reflection. As a result, these LumenWerx optics attain a high optical efficiency greater than 90%, while maintaining visual comfort at normal viewing angles and presenting a pleasing luminous appearance.

The Sharp-Edged Cut-Off Beam creates dramatic impact, limiting the spread of light outside of the primary beam. A molded conical reflector redirects light from each emitter into the desired beam angle. A 0.5″ reflective square louver provides a cut off with a UGR of 10. Three different TIR elements create a choice of beam spread: 15º spot (SPT), 30º flood (FLD), or 45º wide flood (WFL)

REDUCED LUMINANCE OPTIC (RLO) – reduced Luminance Optic (RLO) consists of indirect-mounted LED arrays illuminating a vaulted reflector with a matte white finish greater than 95% reflectivity. The ultra-shallow arrays in RLO completely conceal the light source while evenly distributing brightness over the entire surface of the cavity using a combination of multiple reflective bounces and a very high diffuse reflectivity. Compared to diffusing optics, RLO reduces luminaire brightness due to the visible interior surface being larger than the aperture.es of concentric grooves serving as light-bending prisms that redirect parallel rays to a common focal length. The resulting beams are precise and clean. The optic can change in appearance depending on the lighting conditions in its immediate surroundings.

Shallow Direct Batwing Optic (SDBO) - Delivers broad, uniform illumination with smooth beam edges and high efficiency. It combines powerful coverage with low-glare comfort.

1/4" Sleeve

Flush Sleeve

The Shallow Lambertian Optic consists of side mounted LED arrays, coupled to an optical-grade acrylic light guide engraved with micro-structure optics that extract light into a Lambertian distribution. An upper reflector of 98% reflective, diffuse aluminum enhances system efficiency. A thin diffuser below the light guide provides additional source obscuration.

Shallow Micro-Prismatic Optic (SMPO) - A low-profile optic featuring a micro-prismatic lens that balances refraction and reflection, reducing glare while maintaining efficiency and uniform light distribution.

The Soft-Edged Feathered Beam blends the light into darker areas for a gentle brightness transition. Each LED emitter directs light through a single, custom molded circular optic using total internal reflection (TIR) to shape the light. A 0.5″ reflective square louver provides a cut off with a UGR of 10. Three different TIR elements create a choice of beam spread: 25º narrow flood (NFL), 35º flood (FLD), or 55º wide flood (WFL).

Parabolic Louvers (SPL, MPL, WPL, BPL) – Parabolic louver optics provide excellent shielding and a pleasing crisp visual texture. The parabolic contour of the blades and side reflectors direct light into a comfortable downlight distribution, while minimizing shadows from the LED array above each cell. Four finishes are available: Specular Aluminum (SPL), Matte Aluminum (MPL), Matte White (WPL) and Matte Black (BPL).

Tri-Flect Optic (TFO) is the technology used in the Ubik Troffer for creating visual comfort with its low-glare dual optical chamber performance. From Ubik Troffer’s center channel, parabolic louvers deliver a soft conical distribution to side lenses that then provide an indirect, reflected, and soft diffused distribution.

The Translucent Indirect Optic (TIO) is composed of a horizontal LED array that has a translucent lens to mask pixilation from the diodes. TIO has a 100° spread in the indirect that is ideal when the fixture is mounted farther away from the ceiling.

Both Vee-shaped Lambertian Optic (VLO) and Trapezoid-shaped Lambertian Optic (TLO) consists of side-mounted LED arrays, coupled to an optical-grade acrylic light guide engraved with micro-structure optics that extract light into a lambertian distribution. An upper reflector of 98% reflective, diffuse aluminum enhances system efficiency. A thin diffuser below the light guide provides additional source obscuration.

Thermoformed from impact modified white PMMA, the ULO provides even luminosity, with up to 88% transmission. Combined with the LED array running around the inside of the housing, the open form and optic create a widespread 50% inward and 50% outward light distribution with spacing criteria of 1.6.

Both Vee-shaped Lambertian Optic (VLO) and Trapezoid-shaped Lambertian Optic (TLO) consists of side-mounted LED arrays, coupled to an optical-grade acrylic light guide engraved with micro-structure optics that extract light into a lambertian distribution. An upper reflector of 98% reflective, diffuse aluminum enhances system efficiency. A thin diffuser below the light guide provides additional source obscuration.

The LumenWerx Wide-spread Asymmetric Indirect Optic (WAI) uses a vertically oriented LED array that couples light into the edge of a linear light guide. A specially designed TIR/microstructure extracts light into the desired distribution. Peak intensity hits at 110º while suppressing direct uplight. Peak-to-zenith intensity ratio is 2:1, outstanding for a compact luminaire. The Asymmetric Widespread Indirect Optic produces noticeably smoother ceiling brightness than a typical Lambertian uplight distribution.

The Widespread Asymmetric Indirect Optic (WAI2) offers an upward grazing effect with a 45° forward throw. It softly highlights the ceiling in the up-light while distributing the required illumination of the rest of an interior space. For avoiding glare and enjoying visual comfort, WAI2 is an ideal solution.

The Widespread Direct Optic (WDO) is designed to distribute light far and wide. As such, it has an excellent luminous efficacy, a light span that is 40% farther than that of our traditional HLO, and it maximizes spacing distance while still creating a sense of uniformity. The lens snaps into place and utilizes nano prismatic optics to mask the diodes that are actually emitting the light.

Widespread Indirect Optics (WIO) – The LumenWerx Widespread Indirect Optic (WIO) uses two vertically oriented LED arrays that couple light into the edges of a linear light guide. A specially designed TIR/microstructure extracts light into the desired “batwing” distribution. Peak intensity hits at 120º while suppressing direct uplight. Peak-to-zenith intensity ratio is 2:1, outstanding for a narrow luminaire. The Widespread Indirect Optic produces noticeably smoother ceiling brightness than a typical lambertian uplight distribution, permitting generally wider spacing as well.

The Widespread Indirect Optic (WIO2) is a horizontal LED array with a widespread indirect micro prismatic optic that offers an impressive 160° spread. WIO2 creates an even illumination for smooth brightness on the ceiling that can achieve uniformity ratios of up to 2:1.

Parabolic Louvers (SPL, MPL, WPL, BPL) – Parabolic louver optics provide excellent shielding and a pleasing crisp visual texture. The parabolic contour of the blades and side reflectors direct light into a comfortable downlight distribution, while minimizing shadows from the LED array above each cell. Four finishes are available: Specular Aluminum (SPL), Matte Aluminum (MPL), Matte White (WPL) and Matte Black (BPL).

Wall Wash Refractive Optic (WRO) – Clusters Linear Wall Wash optics use multiple mid-flux emitters in a continuous array, supported by an angled board. An aluminum reflector collects and redirects emitter flux, while a refractive film adjusts both vertical and horizontal intensity and eliminates source image. The result is excellent uniformity up and down the wall, as well as between luminaires.

The LumenWerx Wallwash Refractive Optic V. 2 (WRO2) delivers smooth vertical illumination with a gentle gradient and soft visual cut off. With peak intensity at 21º above nadir, the precise WRO2 configuration creates a strong downward component without shadows or hot spots. No external shielding is required. Microstructure material applied to the snap-in lens provides the precise refractive power and visual comfort, while achieving high luminous efficacy of 133 lumens per watt.

Wall Wash Black Optic

Wall Wash Silver Optic

Wall Wash White Optic

XPoint™ Refraction Technology optics provide precise optical control in a remarkably compact form. Micro optical paths from the chip on board converge and then disperse in precise beam angles, resulting in a crisp and exacting light quality.