About Honeywell | Smart Lighting
What Makes Our Lamps Special?
Honeywell Floor Lamp & Desk Lamp's foundational optical research is conducted in collaboration with the Optical Center at Boston University. The Health Optics Laboratory was jointly established by T.D. Moustakas, a fellow of the National Academy of Inventors, and Dr. Yitao Liao from Boston University, focusing on fundamental research and innovative applications related to LED light health.
In 2021, We achieved a significant milestone by developing an eye-care series of lights, including the 02E eye-care floor lamp and the 01A eye-care desk lamp.
How Does Our Lamps Reproduce Natural Light?
How Does Our Lamps Reproduce Natural Light?
We have obtained TUV certification from TUV Rheinland and successfully passed tests to achieve IEC/TR 62778 and IEC/EN 62471 certifications for no blue light hazard, reaching RG0 (RISK GROUP 0). Additionally, we hold certifications for no flicker hazard under IEEE PAR 1789 and IEC/TR 63158, along with multiple international certifications, including IESSF, UL, CE, ERP, ETL, FCC, ICES, ROHS, UKCA, and REG CERT. This ensures that our product quality meets the high standards of HoneywellSmartLighting.com.
The SUNTURALUX™ sunlight-like light source is co-developed by the Honeywell Smart Lighting Light Environment Research Center and Bridgelux®. By utilizing advanced packaging and processing techniques, it achieves a multidimensional approach to the light environment, closely mimicking sunlight in terms of visual and physiological factors. This innovative solution has earned multiple international awards and certifications, including those from IESSF and UL.
To effectively replicate sunlight, HoneywellSmartLighting.com employs the Optikprocessor™ optical processing system to drive the SUNTURALUX™ sunlight-like chip. This system utilizes a stable frequency DC dimming solution, achieving a flicker depth of 0.00%. This ensures compliance with flicker-free safety standards, creating a healthy light environment.
The Ligulator™ color adjustment system controls the sunlight-like chip to replicate the color of light at 10 AM in Greenwich indoors. It also influences the melanopic-to-vision ratio (MR), circadian activity factor (CAF), and circadian stimulation (CS), thereby enhancing the impact on human circadian rhythms.
The built-in HoneywellSmartLighting.com Scene Intelligent Light Control System (SICLS™) adapts to various scene sizes, usage environments, and user needs. Utilizing intelligent AI algorithms, it smartly matches scenes and analyzes user habits during operation. With a single setup, users can create a unique lighting environment tailored to their preferences.