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Technical articles and insights on NEXSPC and Statistical Process Control (SPC).

Is SPC or Another Method Better for Determining Batch Consistency with Standards? A Recommended Analysis Approach

This article discusses using SPC or a one-sample T-test to determine if batch product weights meet standards. It recommends the one-sample T-test for more reliable and accurate results.…

labelBatch Consistency labelQuality Control labelOne-Sample T-Test labelSPC Analysis labelData Analysis

Is SPC or Another Method Better for Determining Batch Consistency with Standards? A Recommended Analysis Approach

Beyond SPC Control Charts: Lesser-Known but Effective Quality Analysis Tools

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Beyond SPC Control Charts: Lesser-Known but Effective Quality Analysis Tools

SPC is the most accessible, effective, and performance-demonstrating analytical tool in the manufacturing industry.

SPC is a widely used, easy-to-implement, and cost-effective analytical tool in manufacturing. It enhances product quality, process stability, and overall work performance through real-time monitoring, data-driven decision-making, and a focus on prevention…

labelSPC labelquality control labelmanufacturing labelprocess optimization labeldata-driven decision-making

SPC is the most accessible, effective, and performance-demonstrating analytical tool in the manufacturing industry.

How to Quickly Identify Hidden Correlations Between Test Items Using the SPC System?

In an SPC system, there is a significant amount of test data stored, and there might be correlations between test items from common sources.…

labelSPC Software labelSPC System

How to Quickly Identify Hidden Correlations Between Test Items Using the SPC System?