LUSTROUS Bartender series are different than usual mono-color chips designed layout, this multi-colors

series are generated using phosphor directly from the wide spectrum graph. This way the color intensity

level can be balance into a color which would be smooth and aesthetically pleasing to users. Traditionally,

the color formation of LED was setting layout using Red, Green and Blue chips to form colors. This

method of mixing color will eventually fail to maintain its original color due to lumen depreciation over a

period of time. LUSTROUS Bartender series colors are using phosphor directly taken from the wide

spectrum and use only blue chips to light up the specific color. Using sorely blue chip would eliminate

color deviation problem. In addition, Bartender series use LUSTROUS exclusively patent molding lens to

increase lumens and also would protect itself from damping and oxidizing. Using blue chips instead of

red or green chips would give great cost-performance. High efficiency and affordable price would make

this light engine available to all users. This Bartender series give users many options to create its own

taste of lighting atmosphere. It could be used in sconce light on the wall, flood light and many more.

Bloody Mary

Normally, a red chip would emit light at

wavelength around 625nm, Bloody Mary would

emit light at a rare wavelength of 660nm. This

would give visualization a darker red. In

medication, a wavelength of 660nm would help

increased production of skin cells, thus it can be

beneficial to skin treatments. In plants, this

wavelength would facilitate the photosynthesize

process. This product could be use in medication

and plantation applications with affordable price

and valuable results.

Appletini

Green gap is the wavelength band that covers the

range from 540nm to 580nm where

semiconductor material gives very low efficiency

in performance. LUSTROUS Applentini LED do not

have such problem since it was designed by

mixing yellow and green phosphors where it

would produce high efficiency in lumen output, its

results are better than using semiconductor chips.

Purple Dream

Usually, the purple color LED formation is mixing

red chips with blue chips. This method of mixing

colors will eventually fail to maintain its original

color due to lumen depreciation over a period of

time. Also this method would emit light that is

unpleasant to the eyes. LUSTROUS Purple Dream

color is using special made phosphor taken

directly from the wide spectrum which would

solve lumen depreciation problem and would also

emit a smoother light.

Blue Lagoon

LUSTROUS Blue Lagoon emit a blue color that

cannot be produce using sorely blue chips. Using

specially mixed cool white and blue color prospers

would create a crystal sharp blue color to the

human eyes. This method would eliminate the

problem where by solely using blue chips that

cause shadows in spectrum other than blue color.

LUSTROUS uses blue chips combine with special

made blue color phosphor to give a high

efficiency in lumen output.

Tequila Sunrise

Usually, the orange color LED formation is mixing

red chips with green chips. This method of mixing

colors will eventually fail to maintain its original

color due to lumen depreciation over a period of

time. Also this method would emit light that is

unpleasant to the eyes. LUSTROUS Tequila

Sunrise color is using special made phosphor

taken directly from the wide spectrum which

would solve lumen depreciation problem and

would emit a smoother light that is pleasant to

the eyes.

Whisky Soda

LUSTROUS Whisky Soda gives a 2300K color

temperature. This golden color looks very

pleasant to the eyes, it can be compare to the

sunset color which gives a relax atmosphere. This

golden color can also be use in bakery store,

coffee shops and lounge bars to present an

amiable environment.