Micro LED transfer head and system using same for transferring micro LED
The present invention relates to a micro LED transfer head and a system using the same for transferring a micro LED, the micro LED transfer head and the system being capable of increasing the efficiency of transferring micro LEDs with vacuum-suction by the micro LED transfer head, removing a factor that interferes with a grip force of the micro LED transfer head gripping the micro LEDs to improve the transfer efficiency of the micro LED transfer head, and preventing foreign substances from entering into a space where the micro LED transfer head is cleaned while cleaning a grip surface of the micro LED transfer head to improve the efficiency of cleaning the grip surface of the micro LED transfer head.
1. A system for transferring a micro LED, the system comprising:
a micro LED transfer head including a porous member having pores and serving as a grip surface, the micro LED transfer head including a support configured on a periphery of the micro LED transfer head in a manner protruding downward beyond the grip surface;
a first substrate on which a micro LED is formed; and
a support member provided underneath the first substrate to support the first substrate,
wherein the support contacts with an upper surface of the support member or with an upper surface of the first substrate when transferring the micro LED of the first substrate to the grip surface.
2. The system of claim 1 , wherein a passage is provided in the micro LED transfer head, the support, or the support member to introduce outside air into a transfer space.
3. A system for transferring a micro LED, the system comprising:
a micro LED transfer head including a porous member serving as a grip surface having pores;
a support member supporting a first substrate on which a micro LED is formed; and
a support configured on a periphery of the support member in a manner that protrudes upward from the support member or configured on a periphery of the first substrate in a manner that protrudes upward from the first substrate.