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Are you looking to measure how well your process meets customer specifications? In this tutorial, we demonstrate how to perform a professional Process Capability Analysis using the free suite of tools at SigmaExacta.com.
We cover the essential indices for both short-term and long-term performance, helping you differentiate between a process that is simply "narrow" and one that is actually "centered."
📌 WHAT YOU WILL LEARN:
▶︎ CORE CONCEPTS: Understanding the difference between Cp (Capability) and Cpk (Centering), as well as Pp/Ppk (Performance).
▶︎ THE MATH: A breakdown of the mathematical formulas used, including Sigma Within and Sigma Overall.
▶︎ HISTORICAL CONTEXT: A brief tribute to Walter A. Shewhart, the father of Statistical Process Control (SPC).
▶︎ STEP-BY-STEP GUIDE:
How to input datasets and set Specification Limits (USL, LSL).
How to interpret I-Charts (Individual Control Charts).
Visualizing distribution plots and normality tests.
▶︎ REPORTING: How to export your results to Excel for professional documentation.
🚀 TRY THE TOOL FOR FREE:
👥 WHO IS THIS FOR?
Quality Engineers and Technicians.
Six Sigma Green Belts and Black Belts.
Production Managers looking to improve yield.
Industrial Engineering students.
TIMESTAMPS:
#Cpk #SixSigma #QualityControl #SigmaExacta #ProcessCapability #SPC #Statistics #Engineering
By Are you looking to measure how well your process meets customer specifications? In this tutorial, we demonstrate how to perform a professional Process Capability Analysis using the free suite of tools at SigmaExacta.com.
We cover the essential indices for both short-term and long-term performance, helping you differentiate between a process that is simply "narrow" and one that is actually "centered."
📌 WHAT YOU WILL LEARN:
▶︎ CORE CONCEPTS: Understanding the difference between Cp (Capability) and Cpk (Centering), as well as Pp/Ppk (Performance).
▶︎ THE MATH: A breakdown of the mathematical formulas used, including Sigma Within and Sigma Overall.
▶︎ HISTORICAL CONTEXT: A brief tribute to Walter A. Shewhart, the father of Statistical Process Control (SPC).
▶︎ STEP-BY-STEP GUIDE:
How to input datasets and set Specification Limits (USL, LSL).
How to interpret I-Charts (Individual Control Charts).
Visualizing distribution plots and normality tests.
▶︎ REPORTING: How to export your results to Excel for professional documentation.
🚀 TRY THE TOOL FOR FREE:
👥 WHO IS THIS FOR?
Quality Engineers and Technicians.
Six Sigma Green Belts and Black Belts.
Production Managers looking to improve yield.
Industrial Engineering students.
TIMESTAMPS:
#Cpk #SixSigma #QualityControl #SigmaExacta #ProcessCapability #SPC #Statistics #Engineering