Tag: process improvement

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What is FPY – First Pass Yield?

The FPY (First Pass Yield), or First Pass Yield, is a fundamental indicator of the efficiency and quality of a test or production process. It measures the percentage of units that pass the test on the first attempt, without the need for rework, repetition, or correction. Why is FPY important?

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What is FPY – First Pass Yield?

The FPY (First Pass Yield), or First Pass Yield, is a fundamental indicator of the efficiency and quality of a test or production process. It measures the percentage of units that pass the test on the first attempt, without the need for rework, repetition, or correction. Why is FPY important?

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What is Production Rate and why is it crucial for industrial efficiency?

📈 The Production Rate represents the speed at which products are manufactured on a line, cell, or workstation. Generally expressed in units per hour, per shift, or per day, it is one of the most important key performance indicators (KPI) for manufacturing management. What gets measured, gets improved. The production

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What is the 8D methodology?

The 8D (Eight Disciplines) is a systematic approach to solving complex problems, especially effective for recurring or critical non-conformities in industrial environments. Originally developed by Ford, 8D is now a global reference for structured corrective actions, with traceability and organizational learning. The 8D goes beyond just correcting the problem: it

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What is Kaizen?

Kaizen is a philosophy of Japanese origin that literally means "change for the better". In the industrial context, it is a systematic approach to continuous improvement, involving all employees — from the operator to the engineer — to eliminate waste, improve processes, and enhance quality. In the industrial testing environment,

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What is Six Sigma?

Six Sigma is a quality management methodology focused on reducing defects, variability, and waste in industrial and organizational processes. Its goal is to achieve an extremely high level of performance, where processes generate a maximum of 3.4 defects per million opportunities (DPMO). Origin and Fundamentals Created at Motorola in the