Kaori Introduces Energy Saving Panel Light for Indoor Applications

An illumination system incorporates the applications of a reflecting panel and an optical lens array. Its unique secondary optics design allows the illumination range of the light generated from the light-emitting diode to expand evenly: 100% indirect light, plus 30% reflected light, produce a uniformly diffused luminance effect on a surface.

Reflected indirect lighting

Energy-saving · soft lighting · eye protecting

Super bright light without the glare

Kaori releases indirect light design that allows LEDs to glow evenly within the desired area, eliminating glare and blue light. (Kaori/LEDinside)

Healthy

A unique and original design from Taiwan that produces soft reflected indirect light. The patented corrugated reflector and the unique secondary optics design allow the LED light to evenly expand the illumination range, and produce uniform illumination with very little glare, or blue light, to help protect and ensure the health of the eyes.

Passed the Photobiological safety test showing that the product projects no ultraviolet or infrared light and is not harmful to human body.

 

Energy saving

Luminous efficiency ≧ 75 Lm/W. Highly effective in saving energy, and is 50% more effective in energy-savings compared to traditional lighting. Save energy and save your wallet.

 

Money saving

Fewer light fixtures required to produce the same brightness in the same space, saving additional money on construction and maintenance.

 

Durable

Because of its expected longevity, the LED is guaranteed to last for more than 50,000 hours, and the entire lighting fixture is guaranteed for two years.

 

Environmentally friendly

Contains no lead, or mercury. Safe and environmentally friendly.

Fewer light fixture replacements required compared to a traditional lighting installation, friendlier to the environment.

 

Convenient

Switch on without delay.

No need for ballast, or starter, easier to install.

A variety of lighting installation methods: recessed, surface mount, suspended, to meet the spatial requirements of the site.

 
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