CEP Anlagenautomatisierung GmbH
A building is always the sum total of its safety features,
efficient use and functionality.

Coating plants for architectural glass

They are used for coating glass panes with a maximum format of 3,20 x 6.00 m.

The various technological functions of the plant include the transport and the coating of glass panes with the subprocesses:
  • vacuum generation
  • process gas control and regulation
  • magnetron power power supply
  • cooling water supply and monitoring
  • measurement of the coating propertie










Figure 01
Plasma discharge of a magnetron with a rotating Target. This type of magnet is used for depositing large amounts of oxide film with an especially high coating rate and an excellent Target usage factor.

Figure 02
Coating plant GC321H inline glass coating plant for architectural glass -
VON ARDENNE GmbH



Coating plants for architectural glass Coating plants for architectural glass Coating plants for architectural glass Coating plants for architectural glass
Coating plants for architectural glass
Coating plants for architectural glass Coating plants for architectural glass

Coating plants for architectural glass


Figure 03
Process visualisation of a glass coating plant on PC

Figure 04 | 05 | 06

Horizontal inline glass coating equipment
Highly productive deposition heat-reflecting coating systems (Low-E) on architecture glass panes using Magnetron-Sputters

Figure 07

Hong Kong – a city of modern architecture
Glass, steel, concrete: not only plain and straightforward but also sloping and bendy.
New impulses for old brickwork, exciting solutions for residential buildings, schools and hospitals. Architectural glass gives this cosmopolitan city its unique appeal.



CEP - Anlagenautomatisierung Computec-Elektro Projekt GmbH

Löbtauer Str. 71
01159 Dresden

Tel.: +49 (0) 351/4 82 18 30
Fax: +49 (0) 351/4 82 18 55
E-Mail: info@cep-dresden.de
Internet: www.cep-dresden.de