In semiconductor backend processing, responding to process violations is essential for maintaining product quality. When a Statistical Process Control (SPC) violation occurs, an Out-of-Control Action Plan (OCAP) must be executed to mitigate risks and prevent further issues. Traditionally, OCAP procedures rely on manual workflows and fragmented communication channels, causing delays and increasing the risk of errors.
In this Work Smarter video, camLine introduces intelligent, interactive, and executable OCAPs that improve efficiency, communication, and traceability. By digitizing the OCAP process, semiconductor fabs can accelerate responses to violations, enhance team collaboration, and ensure full traceability of corrective actions.
Digital Transformation on the OCAP Process in Semiconductor
In semiconductor backend processing, responding to process violations is essential for maintaining product quality. When a Statistical Process Control (SPC) violation occurs, an Out-of-Control Action Plan (OCAP) must be executed to mitigate risks and prevent further issues. Traditionally, OCAP procedures rely on manual workflows and fragmented communication channels, causing delays and increasing the risk of errors.
In this Work Smarter video, camLine introduces intelligent, interactive, and executable OCAPs that improve efficiency, communication, and traceability. By digitizing the OCAP process, semiconductor fabs can accelerate responses to violations, enhance team collaboration, and ensure full traceability of corrective actions.