 |
|
|
|
|
|
|
| 6Gen. In-Line Sputtering System |
|
5Gen. In-Line Sputtering System |
|
CIGS Cluster System |
|
a-Si Cluster System |
 |
|
 |
|
 |
|
 |
SolarCell,Touch Panel 为电极制造的大面积Sputtering设备,适用与TCO和金属模形成。
Substrate Type : Glass & Wafer
Substrate Size : 2Gen ~ 6 Gen
Metal Coating : Mo, Al, CIGS,Ag,Cr & etc
Oxide Coating : AZO,GZO,ITO,ZnO & etc
Glass Heating : Max 300℃
|
|
SolarCell,Touch Panel 为电极制造的大面积Sputtering设备,适用与TCO和金属模形成。
Substrate Type : Glass & Wafer
Substrate Size : 2Gen ~ 6 Gen
Metal Coating : Mo, Al, CIGS,Ag,Cr & etc
Oxide Coating : AZO,GZO,ITO,ZnO & etc
Glass Heating : Max 300℃ |
|
CIGS SolarCell为制造的Cluster设备,按MO Layer-CIGS Layer-IZnO-TCO Layer的顺序形成。
Substrate Type : Glass & Wafer
Substrate Size : ~ 200mm x 200mm
Metal Sputter : Mo,ZnO,TCO
CIGS Evaporator : Cu,In,Ga,Se Evaporatio n Using Effusion Source
Glass Heating : Max 300℃ |
|
a-Si SolarCell为制造的Cluster设备,按照Back Contact Layer-Absorbe Layer-Front Contact Layer顺序形成。
Substrate Type : Glass & Wafer
Substrate Size : 100mm x 100mm ~
Metal Sputter : AZO,Ag & etc
PECVD : PIN Layer
Glass Heating : Max 400℃
|
 |
|
 |
|
 |
|
 |
|
| 3.5G In-Line Sputtering System |
|
|
|
|
|
|
 |
|
|
|
|
|
|
The Large Scale Inline Sputter for Oxide and Metal Layer Deposition in Touch Screen Panel
Substrate Type : Glass
Substrate Size : 2Gen ~ 6 Gen
Metal Coating : Mo, Al, Ag, Cr & etc
Oxide Coating : ITO, TiO2, SiO2, Nb205 & etc
Glass Heating : Max 300℃
|
|
|
|
|
|
|
| |
|
|
|
|
|
|
| Dry Etching System |
|
E-BEAM Evaporator(Metal,ITO) |
|
PECVD System |
|
Ashing System |
 |
|
 |
|
 |
|
 |
LED工序中的PSS,MESA,Isolation Etching工艺上,是高密度ICP-RIE设备。
Holder Type : Square Al Holder
Loading Capacity :
2" wafer 32 ea | 4" wafer 7ea
Plasma Source : Planar ICP Type
RF PowerSupply : Source(3kW)Bias(1kW)
Mechanical Chuck with Backside Helium Cooling |
|
E-Beam Source用来形成 LED Chip的 Metal Layer和 ITO Layer。
Dome Type : Lift off Type,Planetary Type
Loading Capacity :
ITO 2" wafer 108ea | Metal 2"wafer 76ea
Evaporator Source :
E-Beam ( 4 ~ 6 pocket 40cc)
ITO Heating Temp. : 300℃ on wafer
1 Batch Run Time : 40min (Mo 3000 ?) |
|
LED Chip 工艺后适用于Cemical Reaction来形成SiO2。
Loading Capacity : 2" wafer 32ea
Plasma Source : PE Plasma Type
Source Power : RF 1kw
1 Batch Run Time : 10min
(Process Time 30sec) |
|
LED Chip 工艺中为去除残留物质Photo Resist的设备。
Loading Capacity : 2" wafer 32ea
Plasma Source : Planar CCP Type
Source Power : RF 1kw, 13.56MHz
Substrate Temp. : 400℃
Gas scrubber |
 |
|
|
|
|
|
|
|
| RTP System |
|
|
|
|
|
|
 |
|
|
|
|
|
|
为改进 LED Metal Layer Property的急速加热设备。
Loading Capacity : 2"wafer 12ea
Max Temp. : 1000℃
Process Temp. : 300℃ ~ 900℃
Optical pyrometer or Thermo Couple cont rol |
|
|
|
|
|
|
|
|
|
|
|
|
|
| 6Gen. In-Line Sputtering System |
|
5Gen. In-Line Sputtering System |
|
OLED Cluster System |
|
ICP-CVD for Graphene |
 |
|
 |
|
 |
|
 |
SolarCell,Touch Panal 为电极制造的大面积Sputtering设备,适用与TCO和金属模形成。
Substrate Type : Glass & Wafer
Substrate Size : 2Gen ~ 6 Gen
Metal Coating : Mo, Al, CIGS,Ag,Cr & etc
Oxide Coating : AZO,GZO,ITO,ZnO & etc
Glass Heating : Max 300℃ |
|
SolarCell,Touch Panal 为电极制造的大面积Sputtering设备,适用与TCO和金属模形成。
Substrate Type : Glass & Wafer
Substrate Size : 2Gen ~ 6 Gen
Metal Coating : Mo, Al, CIGS,Ag,Cr & etc
Oxide Coating : AZO,GZO,ITO,ZnO & etc
Glass Heating : Max 300℃ |
|
OLED Panal 用的设备由 Organic Evaporator,Metal Evaporator,Encapsulation 组成适用于 PMOLED,AMOLED,OLED Lighting上。
Substrate Type: 730mm x 920mm(option)
Configuraiton :
Loading > Pretreatment > Organic layer >
Metal layer > Encapsulation > Unloading
Metal Chamber : High Temp. Effusion & T hermal Source, Pin Align System
Encapsulation System : Dispenser, UV Cu ring & Pressing System |
|
Equipment for Graphene
Substrate Size : Option
Substrate Heating : Max. 700℃
Configuration : Graphene Layer ICP-CVD
Metal Layer Sputter
Load Lock Pre Treatment Chamber |
 |
|
 |
|
|
|
|
| Magnetron Sputtering System |
|
3.5G In-Line Sputtering System |
|
PECVD System |
|
Thermal CVD System |
 |
|
 |
|
 |
|
 |
Magnetron Sputter Gun : 2~16 inch
Substate Size : ~ 200mm x 200mm
Process Gas : Ar,O2,N2
Deposition Direction : Up or Downward
Process Temp. : ~ 700℃
Film Thickness Uniformity : ≤±3%
Heating Uniformity : ≤±3%
LoadLock System
Full Automation Control |
|
Substrate Size : 156mm x 156mm Solar Wafer 12pcs
Sputtering Source : 1set
Target Size : Aprox 100mm x 800mm 8T
Process Gas : Ar, O2, N2
Al Film : Thickness 2 μm
Uniformity : WIW, WTW, RTR, ±5% |
|
Substrate Size : ~200mm x 200mm
Deposition Direction : Upward
Plasma Source : RF or VHF PowerSupply
Process Gas : any of requested Gas Base d on Ar,O2
Process Temp. : ~ 700℃
Uniformity : ≤±3%
Heating Uniformity : ≤±3%
LoadLock System
Full Automation Control |
|
Substrate Size : ~ 4inch
Deposition Direction : Downward
Process Gas : any of requested Gas Base
Process Temp. : ~ 1000℃
Film Thickness Uniformity : ≤±3%
Heating Uniformity : ≤±3%
l |
| |
|
|
|
|
|
|
| Dry Etching System(BEP 5000) |
|
Asher RIE System |
|
E-Beam Evaporator System |
|
RTP System |
 |
|
 |
|
 |
|
 |
BEP 5000 High density plasma etching sy stem is batch production equipment that s upports the application of general metal & dielectric material film & III-V compund. M aterial etching process for the field of LED (PSS), Optical, Nano and MEMS Device
III-V Compound Etching
AI2O3,Si,SIO2,SI3N4 Etching
Metal Etching
MEMS,Ashing,PSS Process |
|
Substrate Size : ~ 200mm x 200mm
Etching Direction : Downward
Process Gas : Any of Requested Gas Bas ed on Ar, O2, CF4, SF6
Etching Uniformity : ≤±5%
LoadLock system
Full Automation control |
|
Substrate Size : ~ 8inch
Etching Direction :Upward
E-Beam source : ~ 15kw
Film Thickness Uniformity : ≤±4%
Heating Uniformity : ≤±3%
Full Automation control |
|
Substrate Size : ~ 8inch
Heating Source : Halogen lamp
Process Temp. : ~ 1000℃
Heating Uniformity : ≤±3%
Toggle Switch control or Touch Pannel Co ntrol |
|
|
|
|
|
|
|
| 2Gen.PECVD System |
|
|
|
|
|
|
 |
|
|
|
|
|
|
Substrate Size :~156mmx156mm 4pcs
Deposition Direction : Upward
Plasma Source : RF or VHF Power Supply
Process Gas : Si3N4, SiO2,Al2O3
Process Temp : ~700℃
Uniformity : ≤±3%
Heating Uniformity : ≤±3%
LoadLock System
Full Automation control |
|
|
|
|
|
|
|
|
|
|
|
|
|
 |
|