NANOSHAPE

3D PRINT

This is equipment that can print structures with a volume resolution of 100 nm using the two-photon absorption principle. It is possible to precisely print parts in all industries, including semiconductor, display, bio, sensor, optics, and aviation fields.

PRINCIPLE

This is a method that injects a laser into a photocurable polymer resin and then creates a fine shape using a laser scanning method. At this time, the curing method utilizes the curing phenomenon by two-photon absorption, which is a phenomenon in which two photon energies are absorbed simultaneously only in areas where the laser needle output is very high.

APPLICATION FIELDS

• Semiconductor partial packaging, Micro-lens, Various optical patterns including DOE pattern, Line connection between LPADs

• Optical communications/electronics industry: Optical semiconductor, High-density 3D optical storage device, 3D optical waveguide, 3D photonic crystal

• Medical/Bio industry: 3D biochip, 3D microchannel structure, Bio-MEMS

• Environment/Energy industry: 3D filter, 3D micro mixer, 3D structures for catalytic reactions

• Display industry: Display element

ECONOMY SERIES

PRINTING IMAGES

SPECIFICATIONS

ENHANCE SERIES

PRINTING IMAGES

SPECIFICATIONS

EXCELLENT SERIES

PRINTING IMAGES

SPECIFICATIONS

HYBRID SERIES

PRINTING IMAGES

SPECIFICATIONS