Phase 1: System Analysis.
- Planning and Preparation
- Structure Analysis
- Function Analysis
It is a problem analysis methodology that systematically identifies the risks of products, processes and services, evaluating them according to the importance of the client, the probability of occurrence and the level of detection of the risk of failure.
The resulting risk prioritization provides the basis for efficient preventive error prevention by limiting or preventing these risks through the application of appropriate actions.
The absence of levels of control or action plans to increase the identification of failures from design, manufacturing failures or process failures can result in an increase in the cost of repair and operation, warranty costs.
AviX FMEA allows the early identification and elimination of possible failure modes of products or processes.
Failure Mode and Effects Analysis (FMEA) is a method
designed to
Use Kummerk AviX FMEA to perform powerful FMEA analysis for products and processes in a practical and simple way.
This with the ease of been able to connect to the process through video and to the product through its product structure.
done by a cross-functional team of subject matter that thoroughly analyzes maintenance, product designs or manufacturing processes experts.
FMEA is used to finds and corrects weaknesses before the product gets into the hands of the customer.
An FMEA should be the guide to the
development of a complete set of actions that will reduce risk associated with the system, subsystem, and component or manufacturing/assembly process to an acceptable level.
If effectively used throughout the product life cycle, it will result in significant improvements to reliability, safety, quality, delivery, and cost.
The primary objective of an FMEA is to improve the design.
For System FMEAs, the objective is to improve the design of the system.
For Design FMEAs, the objective is to improve the design of the subsystem or component.
For Process FMEAs, the objective is to improve the design of the manufacturing process.
Other Objectives of FMEA:
Avoid late and therefore expensive changes by revealing weaknesses in your process and performing an AviX FMEA analysis. This will also allow you to control your process and avoid repeating errors prior to problem documentation and mitigation. The result is better quality and fewer production downtime, and therefore higher productivity.
We will show you how you can improve your operation with AviX
I Want to Know MoreReveal weaknesses in your process by performing AviX FMEA analysis from pre-production or even from design. Avoid late and therefore costly process changes. This will also allow you to control your process and avoid repeating previous mistakes by storing data about problems and their solutions.
Use AviX FMEA to perform powerful Failure Modes analysis for products and processes in an easy and simple way.
Search, find and prioritize the correct FMEA actions to avoid rejections in the production process and therefore , greater production flow and productivity.
AviX FMEA is a tool that strengthens the FMEA study allowing connection to the process through video and to the product through its product structure.
Increase the productivity in your processes, using the latest technology
Reduce set-up time and produce more with AviX SMED!
Increase productivity and efficiency in your production line
Effective product development and greater manufacturability with AviX DFX
Control your process and increase productivity with fewer stops
Visual Ergonomics for improved working conditions
It was the means to get a clear overview of times, methods and balancing, despite lengthy processing times and very large product mix in the same line, that made Ericsson chose AviX®
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