UGR ≤19
Small form factor (sub 1.5") linear lighting.

What is Glare?
Glare is a visual sensation caused by excessive and uncontrolled brightness. It is subjective, and sensitivity to glare can vary widely. Older people are usually more sensitive to glare due to the aging characteristics of the eye. There are two commonly considered types of glare:
- Discomfort Glare – the sensation of annoyance or even pain induced by overly bright sources, but not actually stopping you seeing.
- Disability Glare – the reduction in visibility caused by intense light sources in the field of view. It causes a loss of visibility from stray light being scattered within the eye.
UGR
The common metric that is used to quantify Discomfort Glare is the Unified Glare Rating or UGR.
UGR is lighting installation specific. The formula requires the knowledge of the position and brightness of each potential glare source. UGR measures the luminance of a luminaire divided by the background of visible luminance from the room. The UGR ranges from 5 to 40. Lower numbers are better and indicate less glare. For example, a low UGR of 10 means the glare is so discreet it will go unnoticed.
Recommended UGR Limits
| Working area | Maximum allowed UGR |
| Drawing/Design Offices | 16 |
| Offices | 19 |
| Industrial work, fine | 22 |
| Industrial work, medium | 25 |
| Industrial work, course | 28 |

MICROSquare [MSQ]
High lumens performance in small 1.4" square form factor

MICROBeam [MBE]
High performance 1.4" aperture linear powerhouse with integral, field serviceable, driver

MICROSlot [MSL]
MICRO functionality and SmartBeam® technology for recessed applications

MICRO Performance Fixtures
Small form factor fixtures for cove, washing and ambient lighting

MICRODash Downlights & Pendant
Small form factor downlights with wide ranging optics & LED choices


Fit for any space.
MICRO family of products, with sub 1.5″ profiles, are offered in recessed, surface, pendant, and wall configurations, including shapes. MICROBeam adds regressed lens options with two different cutoff angles to bring another level of glare control to the small form factor. MICRORail provides further design options in ultra low profile flat, wedge and dome formats.

Micro Cavity Optics
Low glare collimated beam delivers high foot candles.
Integral Driver
Field serviceable integral driver with range of control options.
Mounting choices
Pendant, Surface, Recessed, and Wall.
Fusion Optix® Inside
Patented Innovations in Optics & LED systems.
Low and zero plenum
Less than the height of a T-bar. XICO® products feature a variety of mounting options for ceiling grid systems, wood, metal, drywall, and mud-in applications.
Human-centric lighting
Lighting that enhances human performance, comfort, health, and well-being by balancing the visual, emotional, and biological benefits for humans.
SmartBeam® Controlled Beam Distributions
SmartBeam® is adaptive wavefront technology developed with the single purpose of delivering the ultimate control over light distributions. In addition to the standard SmartBeam® options XICO also provides a customization service. If you need a particular light distribution for your application, then you probably need SmartBeam®.
Commitment to sustainability
Our performance focus, including the efficiency of our optical systems, reduces energy consumption in every project that specifies XICO® fixtures. We are combating waste in the lighting industry by reducing our footprint, reusing what we can, and utilizing recycled materials. From re-considering our inputs to re-thinking our supply chain, we are constantly working on ways to reduce our impact on the environment further and create a more sustainable world.
Red List Free and Declare, by design.
XICO designs our products with green building standards in mind, supporting achieving LEED, WELL, and Living Building Challenge.
Patents
Learn more about the unique technologies that give XICO products their performance and a design edge.
SmartBeam®
Find your beam distribution and compatible products. Learn more about use cases and discover related project studies.

























