UniJet |

: TFE of OLED Devices (Organic Film)

· Protection from oxygen and moisture - OLED material protection

· Printing of organic materials on SiNx, SiOx film with PECVD

· 100% Solid Contents UV- curable Organic Materials Printing

· Ensuring transparency and flexibility

· Thickness: 3 to 40 ㎛ / Uniformity: <2%

TFE of μ-OLED Display (Organic Film)

· Block with oxygen and moisture - OLED material protection

· Required <1 ㎛ thickness to prevent pixel-to-pixel light interference

· 100% Solid Contents UV- curable Organic Materials Printing

· Ensuring transparency and flexibility

· Thickness: 0.3-2 ㎛ / Uniformity < 2%

: Enhanced light extraction performance through High/Low RI material printing

· Printing of refractive index matching material for better light extraction

· Formation of uniform film thickness and lens

· Material refractive index adjustment range: 1.4 to 1.9

· Improved light extraction (to 23%) with refractive index matching

Low K insulation layer printing

· Thin film insulation layer required for increased substrate flexibility → Low K material printing

· Thickness: 1 to 4 ㎛ / Uniformity:<2%

· 100% Solid contents Uv-curable ink printing → High permeability, Low light absorption

: Printing of the transparent bridge (insulation) with ITO pattern & Jumper (conductive material)

· Printing of conductive jumper after printing the isolated Bridge on the touch screen ITO pattern

· Thickness: Isolated Bridge-2 ㎛, conductive Jumper to 0.35 ㎛

· low temperature curing process

Bezel printing

· Printing of the black and white bezel for display

· Black Bezel: Thickness 2-3 ㎛, OD>3

· White Bezel: Thickness>30㎛, Opacity>98%

: RGB Pixel printing

· Color Filter, Soluble OLED, PEDOT, IL, HIL, HTL, Soluble Qunatum Dot, QDCC

· Maximum pixel print resolution: To 500ppi

Micro lens printing

· 100% Solid UV ink printing

· Adjust Micro Lens size and height according to requirements

· LCD BLU, Sensor, etc.