Is it an accurate plasma measurement? Case studies for solving problems in plasma measurement.

Are you able to make accurate plasma measurements? We will introduce various case studies related to plasma treatment, including evaluation, measurement issues resolution, and efficiency improvement. *Case study collection available.

Because it is invisible, we want to measure plasma accurately. This is a must-see proposal for those who have been measuring manually, aimed at improving measurement efficiency. 'PLAZMARK' is an indicator for confirming the effects of plasma treatment, using color materials that change color with plasma. It gradually changes color according to the intensity of the plasma treatment, allowing you to visualize the state of the plasma in "color." The color change can be easily quantified, and it is also possible to see correlations with other measurement results! (However, a color difference meter is required for quantification.) 【Introducing case studies by issue in PDF!】 - Defects occur about once a month. Procedures are instructed, but there is variation among workers. - Struggled with how to confirm whether the surface modification is uniform on 3D shapes. - Asked to investigate whether there are any issues with our own plasma equipment. - Pointed out variations in quality by line, and constantly busy responding to them every day. - The equipment for confirming the effects of plasma cleaning is expensive and cumbersome to measure. *Please download the PDF to view the case studies.

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