Diener electronic GmbH + Co. KG

Ebhausen, Germany

Nano plasma systems can be combined in various forms, as in a modular system. The following provides an overview of the most common options in conjunction with Nano plasma systems. Nano plasma systems are used primarily in the following areas: Analytics Archeology Automotive Research and Development departments Semiconductor technology Small batch production Plastics Medical technology Micro-system technology Sensors Sterilization Textiles

Der PlasmaBeamMini - atmosphärischer Plasmaprozessor zur Oberflächenreinigung, -modifizierung und -aktivierung kommt vorwiegend in folgenden Bereichen zum Einsatz: Kunststofftechnik Automotive Elektrotechnik Elastomertechnik Feinwerktechnik Kleinserienfertigung Mikrosystemtechnik Medizintechnik Solarzellentechnik Forschung und Entwicklung Halbleitertechnik Optik

Control: full PC control system, software based on Windows Connections: 230 V/16 A/50-60 Hz (Compressed air: 6 bars oil free and dry ) Exhaust: 20 mm tube

The 10.5-litre LOW COST ATTO PLASMA LABORATORY UNIT, with manual, PC and PCCE control, is mainly used in the following areas: Small batch production Analytics (REM, TEM) Medical technology Sterilization Research and Development departments Archeology Textiles Plastics

The Yocto III unit ist mainly used for the following applications: Activation Cleaning Power Supply: 230 V 50 - 60 Hz One process gas through filter Flow through valve (not adjustable) Ventilation through filter

PlasmaBeam PC - the new plasma processor with direct Plasma parameter visualization is used in surface cleaning and activation in the following areas: Plastics Automotive Electronics Elastomer technology Precision technology Small batch production Micro-system technology Medical technology Solar technology Research and development Semiconductor technology Optics

The PlasmaBeam - atmospheric plasma processor for surface cleaning and activation is primarily used in the following sectors. Plastics Automotive Electronics Elastomer technology Precision technology Small batch production Micro-system technology Medical technology Solar technology Research and development Semiconductor technology Optics

The 2.6-litre ZEPTO LOW COST PLASMA LABORATORY UNIT with manual, PC and PCCE control, is mainly used in the following areas: Small batch production Analytics (REM, TEM) Medical technology Sterilization Research and Development departments Archeology Textiles Plastics

Control: full pc control system software based on windows connections: 400 v16 a50-60 hz compressed air: 5-6 bars oil free and dry exhaust: 25 mm tube.

Tetra 30 plasma systems can be combined in various forms, as in a modular system. The following provides an overview of the most common options in conjunction with Tetra 30 plasma systems. Tetra 30 plasma systems are used primarily in the following areas: Analytics (REM, TEM) Archeology Automotive Biotechnology Elastomer technology Electronics Electron microscopy Precision technology Research and development Semiconductor technology Small batch production Plastics Medical technology Micro-system technology Solar technology Textiles

Pico plasma systems can be combined in various forms, as in a modular system. The following provides an overview of the most common options in conjunction with Pico plasma systems. Pico plasma systems are used primarily in the following areas: Analytics (REM, TEM) Archeology Automotive Research and Development departments Semiconductor technology Small batch production Plastics Medical technology Micro-system technology Sensors Sterilization Textiles

Femto plasma systems can be combined in various forms, as in a modular system. The following provides an overview of the most common options in conjunction with Femto plasma systems. Femto plasma systems are used primarily in the following areas: Analytics Archeology Automotive Research and Development departments Semiconductor technology Small batch production Plastics Medical technology Micro-system technology Sensors Sterilization TextilesFemto plasma systems can be combined in various forms, as in a modular system. The following provides an overview of the most common options in conjunction with Femto plasma systems. Femto plasma systems are used primarily in the following areas: Analytics Archeology Automotive Research and Development departments Semiconductor technology Small batch production Plastics Medical technology Micro-system technology Sensors Sterilization Textiles

Plasma technology offers highly versatile options for modifying surfaces. For this purpose, we construct plasma systems in various models (size, processes, controls, etc.). A distinction is made between low-pressure plasma and atmospheric plasma. To cover the full range of plasma technology, our product portfolio also includes, in addition to the plasma systems, user-specific special systems, electron microscopy, options and accessories, in-house developed generators, various control systems, plasma indicators and patented plasma cleaning sources. In the field of plasma technology, nothing is impossible for us. Ask us - we have the solution.

In-house surface modification If you do not want to perform the surface treatment of your components yourselves, we can offer you our in-house treatment. Several plasma systems and qualified, experienced staff are available to provide optimum surface quality of your parts and components. Our subsidiary company "Diener Plasma" is responsible for the surface treatment service and the clean room. To get more information on these topics, please click here to go to the Diener Plasma website. Learn about the different offers that are possible within the surface treatment service: â€Â¢Cleaning materials â€Â¢Activation of materials â€Â¢Etching of materials â€Â¢Coating of materials Consult us. We can advise you about the correct surface modifications for your parts and components.

ISO 14644-1 + ESC qualified The clean room of our subsidiary Diener Plasma enables the treatment of sensitive electronic components. In the clean room itself, various plasma systems with multiple tier product carriers and rotary drums are installed. More information is available on the website of Diener Plasma. The clean room of Diener Plasma GmbH & Co. KG, which has been certified in July 2011 according to EN ISO 9001: 13485 2008 and EN ISO: 2003 + AC: 2009, has been classified and certified in January 2011 as a clean room class 8 according to EN ISO 14644-1. The clean room is fully equipped with ESD protection, so that even sensitive components can be treated. This is ensured by an ESD access control at the entrance, which only releases the door when the selected ESD clothing of the employee meets the criteria. Integrated features in the clean room include a tier system Tetra 100 LF PC which supports a wide range of products and components that can be treated on various product carriers using the seven tier assembly. In addition, a rotary drum system TETRA 50 LF PC is integrated, which can quickly and efficiently deal with a wide range of volumes of bulk materials. Optimum plasma treatment of all sides of the products and components is guaranteed due to the design of the rotary drum.