HARRICK PLASMA

Harrick Plasma Cleaner models may be employed in a variety of application fields, including materials science, polymer science, biomedical materials, microfluidics, optics, microscopy and dental & medical research.

Links to further information on plasma surface cleaning and surface treatment with Harrick Plasma Cleaner models are given below:

Plasma Cleaning
Benefits of plasma cleaning for surface preparation prior to bonding and other applications; plasma processing guidelines and suggestions; contact angle measurements on plasma-treated glass showing enhanced surface wettability

Microfluidic Devices
Benefits of plasma treatment for microfluidic device fabrication; plasma processing guidelines and suggestions for plasma treatment of PDMS prior to bonding; contact angle measurements on plasma-treated PDMS.

Surface Activation and Modification
Benefits of plasma treatment for modifying surface chemistry through restructuring, grafting, or deposition; plasma processing guidelines and suggestions; examples of surface chemistry and contact angle measurements on plasma-treated polymers

Surface Adhesion and Wettability
Benefits of plasma treatment in altering surface wettability characteristics for adhesion and other applications; plasma processing guidelines and suggestions; examples of contact angle measurements on plasma-treated materials.

Biomaterials
Benefits of plasma treatment for biomaterials through modification of surface wetting properties and surface sterilization; plasma processing guidelines and suggestions.