Insituware Receives Award for New Conformal Coating Thickness Tester during SMTAI

Insituware LLC, the developer of the first smart measurement solution for quality control of SMT materials, received a 2022 GLOBAL Technology Award in the category of Test Equipment for its CC-100 Conformal Coating Thickness Tester. The award was announced during a ceremony that took place Wednesday, Nov. 2, 2022 during SMTA International.

The new CC-100 Conformal Coating Thickness Tester measures the wet and dry thickness of conformal coatings directly on production boards. In less than five seconds, this non-destructive and contactless measurement provides highly accurate results to help electronics manufacturers meet requirements for quality standards. The measurements are automatically recorded in Insituware’s SPC webapp for data storage and traceability. 

Another previous award-winning product from Insituware, the Vision MARK-1, is a handheld device for materials quality control that currently offers measurements to determine fitness for use of solder paste, conformal coatings, and adhesives. The Vision MARK-1 is also expandable for other future materials measurements to ensure materials quality control on the factory floor.

Insituware enables OEMs in the automotive, aerospace, defense, and medical industries to take control of their materials, improve manufacturing efficiency, and prevent material-related defects in their application processes. EMS companies are also gaining proof of materials control and traceability to validate their product quality to these customers.

The GLOBAL Technology Awards have recognized the very best new innovations in the printed circuit assembly and packaging industries since 2005. The prestigious awards contest has been bringing together the global SMT and advanced packaging industry in a celebration of the companies and people that are achieving the highest standards and driving our industry forward. For more information, visit

For more information about how Insituware is revolutionizing the way we control materials, visit