PLD System
![]()
-
●High K Oxide material:Gd203,HrO2,HfO2,LaALO3,SrTIO2,etc.
●High Tc superconductors:YBCO
●RAM potential material:TiO2,BaTiO3,etc.
●Oxide Semiconductor:ZnO/ZnMgO,Cu2O,CuAlo3,etc.
●Ferroelectric oxide.
●Ⅲ-Nitride:AIN InN,GaN.
●Advanced material developmentStoichiometry
Target composition is preserved in the film
Pressure and temperature range
Large dynamic range of process gases and pressure (1 *10-10 torr to 1 torr)
Multilayers
Complex multilayer thin films can be deposited in a single deposition run.
LJ UHV PLD system Specification
Model Pilot 320 Pilot 320L Pilot 400 Pilot 400L Standard component Deposition chamber dimension Φ320mm Φ320mm Φ400mm Φ400mm Load-lock chamber dimension NA Φ200mm NA Φ200mm Substrate diameter 1" 1" 2" 2" Targets 1" diam. × 4 1" diam. × 4 1" diam. × 4 1" diam. × 4 Heater dimension 2" 2" 3" 3" Deposition chamber base pressure < 5*10-7 Torr < 5*10-9 Torr < 5*10-7 Torr < 5*10-9 Torr Main vacuum pump 260 liters/sec 260 liters/sec 400 liters/sec 400 liters/sec Computer control Yes Yes Yes Yes Optional Heater temperature 400℃, 600℃, 800℃, 1000℃ by customer request Laser System by customer request Target Load-lock Optional Optional Optional Optional Auto-pressure control(APC) Optional Optional Optional Optional 520 liter/sec pumping package Optional Optional Optional Optional Scanning-Laser-Beam delivery Optional Optional Optional Optional Ion-Beam-Assisted deposition Optional Optional Optional Optional High-Pressure RHEED Optional Optional Optional Optional Wafer auto-transfer Optional Optional Optional Optional Shutter function Optional Optional Optional Optional The Advantage of PLD:
Stoichiometry:
A Laser beam vaporizes a target surface, producing a film with the same composition as the target.
Versatile:
Many materials can be deposited in a wide veriety of gases over a broad range of gase pressure.
Cost-effective:
One Laser can serve many vacuum systems
Chamber and Plume
Laser Plume
PLD introduction (Please click here for more information)
More information (Please click here for more information)

