SEMICONDUCTOR & THIN FILM COATING DIVISION

An Overview of Surface Activation

Materials with low surface energies like polymers and metals are not wettable by printing ink and adhesives. These materials require some treatment to match the surface tension of adhesives. The procedure of using chemicals, plasma or radiations for increasing the surface tension of non-polar materials is called as surface activation. Although every method of activation has its own pros […]

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Applications of Plasma Treatment in the Automotive Industry

With the boom of customization and automation in the automotive industry, the need for finely tuned methods for producing high-quality automobiles is also increasing. The automotive industry relies on a number of robust preconditioning processes for producing rugged and reliable automobiles. One such process is plasma treatment. Although automobile manufacturers have been using plasma treatment in the automotive industry for the surface treatment of automotive parts for years, plasma treatment can also be used for

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Temporary Wettability turning of PCL/ PDMS Micro Pattern using the Plasma Treatments – Tissue Engineering field

Surface wettability plays an important role in determining the function of a wound dressing. Dressings with hydrophobic surfaces are suitable for bacterial adsorption, however, a hydrophilic surface is needed to improve cell attachment for most anchorage-dependent cell types. Furthermore, the  hydrophobicity/hydrophilicity of the surface can be used to direct cellular processes such as cell initial

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Microwave Plasma Chemical Vapor Deposition for Diamond Deposition

MPCVD is a very important method that has been frequently used for diamond deposition. Here, microwave plasma is used to activate the hydrocarbon feed and dissociate molecular hydrogen. Typically, 2.45 GHz is used as an excitation source. Microwave plasma oscillates electrons, which in turn produces ions by colliding with gas atoms and molecules. A schematic representation of a microwave plasma reactor is shown below for understanding. However, the deposition area is restricted

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Ribbon bonding for High Frequency Application

ADVANTAGES OF RIBBON AND THE IMPACT ON THE MICROWAVE MARKET Interconnecting semiconductors with ribbon rather than round wire has been popular in high-frequency electronics fora long time. Surprisingly there are still countless applications bonded traditionally with round wires and ball bonders even so the electrical performance of the product could benefit from ribbon bonding technology. Reasons for this hesitation to adopt ribbon technology can be found in the

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Ribbon Bonding for High Frequency Applications

Advantages of Ribbon and the Impact on the Microwave Market  Interconnecting semiconductors with ribbon rather than round wire has been popular in high frequency electronics fora long time. Surprisingly there are still countless applications bonded traditionally with round wires and ball bonders even so the electrical performance of the product could benefit from ribbon bonding technology. Reasons

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Low Pressure Altitude Test

Differences in (atmospheric) pressure during transport do not only occur in planes. The pressure in the room can also change during truck transport, for instance in the mountains. Especially airtight packagings are affected by changes in atmospheric pressure. A low pressure test has been developed to simulate changes in pressure in order to test whether the

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Microwave Plasma Chemical Vapor Deposition for Diamond Deposition

Basic concept : Microwave Plasma Chemical Vapor Deposition for Diamond deposition MPCVD is a very important method that has been frequently used for diamond deposition. Here, microwave plasma is used to activate the hydrocarbon feed and dissociate molecular hydrogen. Typically, 2.45 GHz is used as an excitation source. Microwave plasma oscillates electrons, which in turn produces ions by colliding with gas

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Temporary Wettability Tuning of PCL/PDMS Micro Pattern Using the Plasma Treatments – Tissue Engineering field

Surface wettability plays an important role in determining the function of a wound dressing. Dressings with hydrophobic surfaces are suitable for bacterial adsorption, however, a hydrophilic surface is needed to improve cell attachment for most anchorage-dependent cell types. Furthermore, the  hydrophobicity/hydrophilicity of the surface can be used to direct cellular processes such as cell initial

Temporary Wettability Tuning of PCL/PDMS Micro Pattern Using the Plasma Treatments – Tissue Engineering field Read More »