Verticle company launched a hexagon LED chip

Verticle company recently announced the launch of the world's first Hexagon led chip. The honeycomb LED chip named for its hexagonal shape is a vertical structure chip designed specifically for high power LED applications. Yoo CEO Dr.Mike (M.C.) pointed out that the design of the chip is designed to produce more chips and more light energy than the traditional quadrilateral or triangular LED crystal structure.

Hexagonal LED chip has many advantages in cost, efficiency and beam profile. It is the first honeycomb type chip advantage is the number of each crystal chip; this is because the hexagon is sealed inside the crystal round the best. The number of hexagons that a crystal can produce is 15% more than that of the same size of a quadrilateral or triangular chip. The last, but not the most important, advantage of the hexagonal chip is the amount of light output after the package. It is produced by the honeycomb type chip beam profile is very close to the optical design of circular lens circular section. However, the beam profile of the traditional quadrilateral or triangular chips often changes when combined with the circular lens.

Vertical cellular LED chip before separation

It honeycomb type chip after separation of the vertical SEM map

Compared to traditional chips, the advantages of hexagonal chips is very obvious, but did not achieve the mass production of hexagonal chips. The main reason is that it is very difficult to use traditional cutting and cutting technology. However, the separation of chemical chips invented by Verticle is faster than the traditional chip separation method. The chemical separation method invented by Verticle company is a kind of highly innovative chip segmentation method, which can be used to etch the dividing line by chemical method, and can be used to produce any kind of chip easily. In addition, through this technology, Verticle can handle a lot of crystal at the same time, it can deal with the chip separation is the use of traditional chip separation method to deal with 500 times the amount of chips.