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R&D+pilot systems - vertical Inline Systems
VISS300S Sputter System for TCO
VISS300S Sputter System for TCO and Metals
VISS400P PECVD System
VISS600S Sputter System
VISS600S für Metalloxide
Overview
Vertical Inline
Horizontal Inline
Cluster
Load-Lock
Batch
Key Components
VISS300S sputter System (1) for TCO
Single/inline system for transparent conductive oxides (TCO)
Load lock chamber, process chamber with 2 sputter stations
substrate dimensions (300 x 300) mm²
Application
sputtering of ZnO or ZnO:Al as TCO for thin-film solar cells by means of ZnAl, ZnO:Al
2
O
3
targets
coating of glass substrates on carriers; substrate dimensions 300 mm x 300 mm, thickness of up to 5 mm,
carrier tilt position of 7
o
R&D, pilot production
technology
Deposition
HF (13.56 MHz) and DC magnetron sputtering, plasma emission monitor control; metal oxide targets
equipment
Load/unload Lock Chamber
stainless steel chamber
hydrocarbon free high-vacuum pumping system
Sputter Chamber
Stainless steel chamber with two processing stations, heaters and overrun sections
Two rectangular Standard Single Magnetrons SSM750RF/SSM750DC
Hydrocarbon free high-vacuum pumping system
Plasma Emission Monitor PEM
®
05, oxygen sensor
Substrate heater
Gas supply and inlet system
Ausbildung
VON ARDENNE
Products
Architectural Glass
Overview
Equipment Platforms
Key Components
Layer Systems
Solar Technologies
Overview
CSP
Solar Thermal Energy
Thin-film PV
Wafer PV
Layer Systems
Key Components
Others
Optical Refinement
R&D+Pilot Systems
Overview
Vertical Inline
VISS300S Sputter System for TCO
VISS300S Sputter System for TCO and Metals
VISS400P PECVD System
VISS600S Sputter System
VISS600S für Metalloxide
Horizontal Inline
HISS300E Evaporation System for Metals & Metal Oxides
Cluster
CS320S Sputter System
CS400ES Co-PVD System
CS800ES PVD System
CS400PS PECVD & PVD System
CS400PS PECVD & Sputter System
CS1200S Cluster System
Load-Lock
LS400C ALD-MOCVD System for Oxides
LS730S Sputter System for Metals & Oxides
Batch
BS600S Sputter System
BS980S Sputter System
Key Components
Sputtering
Evaporation
PECVD/CVD/ALD/Plasmapolymerization
Sputter etching/ion etching/plasma treatment
Heat treatment
Substrate holder and manipulation
Process control
Electron Beam Applications
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Company
Profile
History
Introduction
Electron Beam Technologies
1928-1945: Laboratory for Electron Physics
Plasma Physics Technologies
1945-1955: Institute for Industrial Isotope Separation
Vacuum Coating
1955-1990: Manfred von Ardenne Research Institute
Biomedicine
1991 to the present: VON ARDENNE
Company History Milestones
Manfred von Ardenne
Introduction
1955-1990: New Home in Dresden
1907: Birth and Family Background
Private Life
1907-1928: Childhood and Youth
Manfred von Ardenne as Visionary
1928-1945: Berlin Years
Legacy
1945-1955: The Research Institute near Sukhumi
Scientific Discoveries and Inventions
Research & Development
Overview
Topics
OLEDs - The Surface Light
TCO - The Translucent Conductor
CSP - Concentrated Solar Power
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