Plasma treatment - Import export

The effect achieved by the corona treatment is an increase in surface tension to values between 38 to 60 mN/m. Since the surface tension is caused by dispersive and polar interaction components the introduction of polar functional groups in particular increased the polar component of the surface tension.

As the world’s global leader in semiconductor equipment manufacturing, VISION SEMICON has cease-lessly worked with the management philosophy of merging future-oriented technology with today’s technology in hopes of providing happiness and contentment for all humans. As the result, VISION SEMICON has received reviews from clients worldwide for its plasma treatment process equipment, which is the most important procedure in semiconductor production process, oven system and unmanned semiconductor production process.

Turned parts Long turned partes, small turned parts Turned, milled and grinded parts Thread inserts in brass, steel and stainless steel Possible materials: Alloy AlCuMgPb, AlZn5,5MgCu etc. Brass CuZn39Pb3, CuZn40Pb2 etc. Stainless steel 1.4301, 1.4305, 1.4571, 1.4401, 1.4101 etc. Steel Machining steel, St52, St37, C45, etc. Special steels Titan, Hastelloy, Copper, Bronze etc. Surface treatments may be done as follows: Galvanizing, nickel, brown, hot-dip galvanizing, phosphating, anodizing, chrome plating, painting, powder coating, plasma coating, sandblasting, Tuflok coatings. All common surfaces as VDA standard are possible (zinc-nickel, zinc flake). Heat treatments such as Plasma / gas nitriding, carbonitriding, hardening, carburizing, vacuum hardening, tempering etc.

Remodelling rejuvenating cream with plasma – lift effect. It contains two highly stimulatory peptides W3 Peptide and GHK-Cu which mimic the effects of platelet-rich plasma (PRP) treatment. Recommended for those who want to restore young and healthy look of their skin requiring powerful regeneration. Perfect for use between intense dermal aesthetic treatments to extend their effects.

Remodeling rejuvenating cream with plasma – lift effect. It contains two highly stimulatory peptides W3 Peptide and GHK-Cu which mimic the effects of platelet-rich plasma (PRP) treatment. Recommended for those who want to restore young and healthy look of their skin requiring powerful regeneration. Perfect for use between intense dermal aesthetic treatments to extend their effects.

- Powerful and focused treatment - Used in the open air - Quick and cold - Works with compressed air - Manageable and easy to use - Compact generator and tube - Simple to integrate

- Wide process from 6 cm to 50 cm - Uniform plasma curtain - 3D treatment - Very low treatment temperature - Work with nitrogen - Manageable and easy to use - Easy to integrate

The aim of the activation process is to alter the nature of a surface or its energy. More often than not, this allows the wettability of a surface to be increased (by adding polarity) or encouraging the adhesion of a coating (paintwork, ink, glue, varnish). Plasma activation is a simple process that allows a wide range of improvements. Plasma pre-treatment allows, in one single, simple and cheap stage, a significant improvement to the surface to be achieved.

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Atto low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of approx. 10.5 litres of this plasma system offers enough space to serve laboratory and also small series production. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ...

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Pico low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of 5 up to 8 litres of this plasma system offers enough space to serve laboratory and also series production. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Nano low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of 18 up to 24 litres of this plasma system offers enough space to serve laboratory and also series production. Plasma treatment in low-pressure plasma is a proven technique for controlled ultra-fine cleaning, improvement of adhesion (activation and etching) and coating of thin layers on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues. Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

A prerequisite for the adhesion of an adhesive or coating to a surface is wetting. For wetting to take place, the surface energy of the substrate must be greater than that of the coating. In particular, very many plastics have a very small surface energy and are correspondingly difficult to bond. Often the aim of a plasma treatment is to make a surface wettable and bondable. The wettability can easily be tested with test inks. Diener electronic supplies a test ink set with 8 liquids with surface tensions between 30 and 73 (105) mN/m suitable for most practical applications. There is also a set of 23 test inks, with additional gradations between 30 and 73 (105) mN/m.

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Zepto low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of approx. 1 - 4 litres of this plasma system offers enough space to serve laboratory and small series production. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ...

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Femto low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of 2 to 3 litres of this plasma system offers enough space to serve laboratory and small series production. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Tetra 45 low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of approx. 45 litres of this plasma system offers enough space to serve series production / automation. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Tretra 320R low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of approx. 320 litres of this plasma system offers enough space to serve series production / automation. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Tetra 30 low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of 34 up to 50 litres of this plasma system offers enough space to serve series production / automation. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Tetra 100 low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of approx. 100 litres of this plasma system offers enough space to serve series production / automation. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Tetra 150 low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of approx. 150 litres of this plasma system offers enough space to serve series production / automation. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

Plasma systems from Diener electronic have long since established themselves in a wide range of industrial sectors. With the Tetra 1440 low-pressure plasma system, you can rely on modern and future-proof cold plasma technology in a vacuum. The chamber volume of approx. 1440 litres of this plasma system offers enough space to serve series production. Low pressure plasma treatment is a proven technique for controlled ultra-fine cleaning, adhesion enhancement (activation and etching) and coating of thin films on substrate surfaces. Plasma is generated by applying high-frequency voltage in the vacuum chamber. In the process, the process gas introduced there is ionised. Fields of application: VOC-free cleaning of organic residues Activation before painting, gluing, potting, ... Etching of PTFE, photoresist, oxide layers, ... Super-hydrophobic and -hydrophilic coatings

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the PlasmaBeam DUO atmospheric pressure plasma system, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 8 - 10 mm, substrates can be precisely treated locally. PlasmaBeam technology can be used for inline processes. With the help of robots, 2 or 3-dimensional surfaces can be treated. PlasmaBeam enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the atmospheric pressure plasma system PlasmaBeam RT, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 120 mm, substrates can be treated locally with precision. With our new product, the PlasmaBeam RT, there is now the perfect solution for fast, efficient and wide in-line plasma treatment of 2D surfaces. The RT can be perfectly integrated into existing production lines and thus enables the automated cleaning and activation of various components and web-shaped materials. We create the possibility of up to 120 mm wide plasma treatment, with the usual consistent quality and effectiveness of atmospheric pressure plasma systems from Diener electronic.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the PlasmaBeam PC atmospheric pressure plasma system, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 8 - 10 mm, substrates can be precisely treated locally. PlasmaBeam technology can be used for inline processes. With the help of robots, 2 or 3-dimensional surfaces can be treated. PlasmaBeam enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam PC is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the atmospheric pressure plasma system PlasmaBeam Mini, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 3 - 5 mm, substrates can be treated locally with precision. In contrast to the Plasmabeam devices, the PlasmaBeam Mini is designed for laboratory use. The PlasmaBeam technology enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the PlasmaBeam DUO atmospheric pressure plasma system, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 8 - 10 mm, substrates can be precisely treated locally. PlasmaBeam technology can be used for inline processes. With the help of robots, 2 or 3-dimensional surfaces can be treated. PlasmaBeam enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the PlasmaBeam atmospheric pressure plasma system, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 8 - 10 mm, substrates can be precisely treated locally. PlasmaBeam technology can be used for inline processes. With the help of robots, 2 or 3-dimensional surfaces can be treated. PlasmaBeam enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

Plasma systems from Diener electronic have long since established themselves in a wide variety of industrial sectors. With the PlasmaBeam QUATTRO atmospheric pressure plasma system, you can rely on modern and future-proof plasma jet technology under atmospheric pressure. Due to the treatment width of 8 - 10 mm, substrates can be precisely treated locally. PlasmaBeam technology can be used for inline processes. With the help of robots, 2 or 3-dimensional surfaces can be treated. PlasmaBeam enables local surface cleaning without masking the rest of the surface. For example, cleaning before wire bonding and various processes in the electronics industry. Furthermore, the PlasmaBeam QUATTRO is suitable as a pre-treatment device for the following processes: Gluing, bonding, printing, laminating, soldering, welding, flocking. The following surfaces can be treated with PlasmaBeam: Plastics, rubber, metal, glass, ceramics, hybrid materials.

A cost-effective process for activating plastic and elastomer surfaces is treatment with the APC500. Using air as the process gas, large surfaces can be activated under atmospheric pressure. An arc is ignited between two electrodes in an inhomogeneous field. The voltage is about 10,000 V. In the discharge zone, the air flowing through is ionised. The plasma is blown out of the electrode area by the air flow. The substrate can now be treated in the emerging corona. A strip several centimetres wide is treated in the corona. With several parallel plasma generators it is possible to treat surfaces. Due to dangerous voltage potential, PlasmaAPC 500 is only suitable for non-conductive materials. PlasmaAPC 500 is suitable as a pre-treatment unit for the following processes: Bonding, printing, painting. The following surfaces can be treated with PlasmaAPC 500: Plastics, rubber, ceramics, glass.

A cost-effective process for activating plastic and elastomer surfaces is treatment with the PlasmaAPC 500 DUO. Using air as the process gas, large surfaces can be activated under atmospheric pressure. An arc is ignited between two electrodes in an inhomogeneous field. The voltage is about 10,000 V. In the discharge zone, the air flowing through is ionised. The plasma is blown out of the electrode area by the air flow. The substrate can now be treated in the emerging corona. A strip several centimetres wide is treated in the corona. With several parallel plasma generators it is possible to treat surfaces. Due to dangerous voltage potential, PlasmaAPC 500 DUO is only suitable for non-conductive materials. PlasmaAPC 500 DUO is suitable as a pre-treatment unit for the following processes: Bonding, printing, painting. The following surfaces can be treated with PlasmaAPC 500 DUO: Plastics, rubber, ceramics, glass.