FMEA: Failure Mode and Effects Analysis

Find out what FMEA is and what role it plays in the Quality Circle.

FMEA (Failure Mode and Effects Analysis) is a key tool in risk and quality management. Within the Quality Circle, FMEA begins with APQP, and from there, the Process or Product Control Plan is developed.

Kapture.io QMS Modal Failure and Effects Analysis

Advantages of FMEA: Modal Failure and Effects Analysis

Proactive risk identification

It allows detecting possible failures before they occur.

Improvement of product or process quality

Reducing defects and variations.

Process optimisation

Helps improve production processes by eliminating inefficiencies.

Cost reduction

Minimizes costs of rework, warranties, returns and field failures.

Regulatory compliance

Facilitates compliance with regulations and quality standards such as IATF 16949 (automotive) or ISO 9001.

Improved decision making

Provides a data-driven approach to prioritizing corrective actions.

Increased customer satisfaction

Reduces complaints and improves brand perception.

Facilitates communication and teamwork

Involves different departments in the identification and mitigation of risks.

Example of FMEA

The format of the FMEA is in table format using spreadsheets or specialized software.

In Kapture.io we are working to soon be able to manage the FMEA from the same platform, together with the Control Plan.

FMEA Kapture.io Quality Management Software

Types of FMEA

The AMFE is applied at three levels:

FMEA Design

Previene fallos desde la definición del producto. Analiza funciones, requisitos, tolerancias, materiales y condiciones de uso para identificar modos y efectos de fallo, priorizados por severidad, frecuencia y capacidad de detección.

FMEA Process

Prevent manufacturing and assembly errors. Review the flow of operations, machine parameters, tools, working methods, and control measures. Define measures for prevention, detection, and response to deviations.

FMEA System

Provides a comprehensive overview of complex products or installations. Assesses interfaces between systems, dependencies with suppliers, logistics, and functional safety.

Most common data

Process.
Failure mode.
Causes of failure.
Effects of the ruling.
Severity (S).
Occurrence (O).
Detection (D).
NPR (Risk Priority Number: S x O x D).
Recommended actions.
Responsible party and implementation date.

Find out more about AMFE!

Frequently asked questions

What is Failure Mode and Effects Analysis (FMEA)?

Failure Mode and Effects Analysis, or FMEA, is a methodology to identify possible failures in a process or product, evaluate their impact and prioritize them according to risk. FMEA in industrial quality is used to prevent errors before they reach the customer.

What is the purpose of failure mode and effects analysis in industry?

Failure Mode and Effects Analysis (FMEA) is used to reduce risks in production processes, improve product reliability and avoid complaints. Applying FMEA in industrial quality processes helps to detect critical points, document causes and define preventive actions in a systematic way.

What is the difference between FMEA and other risk analysis methods?

FMEA focuses on each failure mode, its effect and its cause, while other quality risk analysis methods usually provide a more global view. In addition, failure mode and effect analysis prioritizes with severity, occurrence and detection rates, providing a clear ranking of actions.

What are the main steps of a failure mode and effects analysis?

A typical FMEA includes: defining the scope, listing failure modes, describing effects and causes, assigning risk values, calculating the risk priority number (RPN) and proposing improvement actions. These stages of the failure mode and effects analysis are documented in a structured sheet.

When is it appropriate to apply a failure mode and effects analysis to a process?

It is advisable to apply FMEA when designing a new product, launching a new process or when introducing relevant changes in production parameters. Failure Mode and Effects Analysis is also used to review processes with high defect rates or recurring complaints.

Request a Free Trial!

Send us a request with your data and we will send your credentials to your email.